List of Toshiba notebooks with accessories \ VOGONS

List of Toshiba notebooks with accessories

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First post, by Solplay

Posted on 2021-03-19, 18:09

Solplay Offline

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This post and the post below does not include models released after Sharp's 2018 buyout of Toshiba's PC division. In terms of years, this means only models from 1985 to 2017 are included.

Model name identifiers:
Mixed: Txxxx
Consumer: Satellite, Libretto, Qosmio, Chromebook, KIRA, NBxxx, ACxxx
Professional: Satellite Pro, Tecra, Portege
Notes: If the model contains the name 'dynabook', it is a Japan exclusive model (e.g. dynabook VX1, only applies before 2018). Almost all Portege models released in Japan were rebranded as dynabook SS (Super Slim) models.

Model number identifiers:
0: Europe, the Middle East and Africa or Asia-Pacific region (e.g. Satellite 2430)
5: North American region (e.g. Satellite 2435)
Notes: Not all models were sold internationally. For example, the Satellite M20 was an EMEA exclusive model and the dynabook Satellite J82 was a Japan exclusive model. Most tend to be available in all regions, although they may not have the dynabook branding (e.g. libretto W100). International models use a dash to indicate the configuration (e.g. A35-S1593 & P30-S701TD), while Japanese models use a slash and/or a space to indicate the configuration (e.g. WX/3727CDS & SS2110 DS10L/2).

Part number suffixes:
U: United States (of America)
A: Australia (& New Zealand)
C: Canada
E: Europe (, the Middle East and Africa)
L: Latin America (& Asia-Pacific)
N: Nippon (Japan)

UEFI and BIOS vendors:
BIOS: Toshiba, Phoenix
UEFI: Insyde, AMI
Notes: WLAN, WWAN, and LCD whitelists do not exist in Toshiba's notebooks. If you're still interested in BIOS modifications anyway, use https://github.com/LongSoft/ToshibaComExtractor for Toshiba BIOS images compressed in .COM files. For models with a Phoenix BIOS, use Phoenix BIOS Editor or phcomp.exe and phxdeco.exe. I can't guarantee that these tools will be able to modify versions older or later than PhoenixBIOS 4.0 Release 6.0. For UEFI-based models, use https://github.com/LongSoft/UEFITool if the UEFI's vendor is unknown. Otherwise, use Insyde H2OEZE for Insyde UEFIs or Aptio V UEFI Editor for AMI UEFIs. Alternatively, use AMIBCP for older AMI UEFIs.

Models released before 2013:
Please check the warnings for all models, they are documented here as 'Warning' notes.

T series

T1xxx series:
T1000LE
T1000SE
T1000XE
T1100
T1100+
T1200
T1200F
T1200FB
T1200H
T1200HB
T1200XE
T1600
T1800

T2xxx series:
T2000
T2000SX
T2000SXE
T2100
T2200SX

T3xxx series:
T3100
T3100E
T3100SX
T3200
T3200SX
T3200SXC
T3300SL [JP: DynaBook V386/25 J3100SL]

T4xxx series:
T4400
T4400C
T4400SX
T4400SXC
T4500
T4500C
T4600
T4600C
T4700
T4700CS
T4700CT
T4800CT
T4850CT
T4900CT

T5xxx series:
T5100
T5200
T5200C

T6xxx series:
T6300SX
T6400
T6400C
T6400SX
T6400SXC
T6400DX
T6400DXC
T6400MM
T6600C

Satellite series

Suffixes:
No suffix: Monochrome LCD with CCFL backlight, does not apply to models that were never offered with monochrome display panels
C: Color STN LCD with CCFL backlight
CS: Color DSTN LCD with CCFL backlight
CT: Color TN TFT LCD with CCFL backlight
CDS: Color DSTN LCD with CCFL backlight + CD-ROM, CD-R, or CD-RW optical disc drive
CDT: Color TN TFT LCD with CCFL backlight + CD-ROM, CD-R, or CD-RW optical disc drive
DVD: Color TN TFT LCD with CCFL backlight + DVD-ROM optical disc drive + MPEG2 GPU hardware acceleration
D: AMD CPU
T: Touchscreen display panel

Satellite T1xxx series:
T1850
T1850C
T1900
T1900C
T1910
T1910CS
T1920
T1920CS
T1950
T1950CS
T1950CT
T1960C
T1960CS
T1960CT

Satellite T2xxx series:
T2100/T2105
T2100CS/T2105CS
T2100CT/T2105CT
T2110
T2110CS/T2115CS
T2130/T2135
T2130CS
T2130CT
T2140

Satellite 3x series:
30CDT
35DVD

Satellite 1xx series:
100CS/105CS
105CT
110CS/115CS
110CT/115CT

Satellite 2xx series:
200CDS/205CDS
200CDT
210CS
210CT
220CS
220CDS/225CDS
230CX
230CDX
Notes: The 'X' suffix indicates that the model has a FRSTN LCD panel.

Satellite 3xx series:
300CDS/305CDS
300CDT/305CDT
310CDS/315CDS
310CDT/315CDT
320CDS/325CDS
320CDT/325CDT
330CDS/335CDS
330CDT/335CDT

Satellite 1xxx series:
1555CDS
1605CDS
1620CDS
1625CDT
1640CDT
1675CDS
1695CDT
1710CDS
1715XCDS
1730CDT
1000/1005
1100/1105
1110/1115
1130/1135 [JP: dynabook E8]
1700
1730/1735
1750/1755
1800/1805
1900/1905 [JP: DynaBook P5]
1950/1955 [JP: DynaBook P5]
Notes: An 'X' suffix indicates that the model has a 13" display panel.

Satellite 2xxx series:
2060CDS/2065CDS
2060CDT/2065CDT
2100CDS/2105CDS
2100CDT
2140CDS
2140XCDS
2180CDT
2210CDT
2210XCDS
2230CDS
2250CDT
2250XCDS
2500CDT/2505CDT
2505CDS
2510CDS/2515CDS
2520CDS
2530CDS
2540CDS/2545CDS
2540XCDT/2545XCDT
2550CDT
2590CDS/2595CDS
2590CDT/2595CDT
2590XDVD/2595XDVD
2610CDT
2610DVD/2615DVD
2650XDVD/2655XDVD
2670DVD/2675DVD
2695DVD
2710DVD/2715DVD
2710XDVD/2715XDVD
2750DVD/2755DVD
2750XDVD
2770XDVD/2775XDVD
2800DVD/2805DVD
2400/2405 [JP: DynaBook T5]
2410/2415 [JP: DynaBook T6]
2430/2435 (Satellite A30/A35) [JP: DynaBook P7/P8]
2450/2455 (Satellite A20/A25)
2800/2805 [JP: DynaBook A1/A2]
Notes: An 'X' suffix indicates that the model has a 13" display panel. For the 2540XCDT/2545XCDT and later models, this stands for a 14.1" display panel.
Rebadges: 1400/1405 = 2400/2405, 1410/1415 = 2410/2415, Satellite Pro 2100 = 2410/2415
Warning: The 2410/2415 will revert to a strange 969x768 resolution if a new generic GPU driver from NVIDIA is installed in any OS, likely due to a customized EDID that Toshiba uses in its own NVIDIA GPU driver.

Satellite 3xxx series:
3000/3005
Rebadges: 1200 = 3000/3005, Satellite Pro 3000 = 3000/3005

Satellite 4xxx series:
4000CDS/4005CDS
4000CDT/4005CDT
4010CDS/4015CDS
4010CDT/4015CDT
4020CDS
4020CDT/4025CDT
4030CDS
4030CDT
4060CDT
4060XCDT
4070CDS
4070CDT
4080CDT
4080XCDT/4085XCDT
4090CDS
4090XCDT
4090XDVD
4100XCDT
4100XDVD
Notes: An 'X' suffix indicates that the model has a 14.1" display panel.

Satellite 5xxx series:
5000/5005 [JP: DynaBook G3/G4]
5100/5105 [JP: DynaBook G5/G6/G6C/G7/G7C]
5200/5205 [JP: DynaBook G8/G9]
Warning: The 5000/5005 is prone to overheating due to an undersized CPU heatsink, which either leads to a shutdown in older BIOS versions or throttling to a slower FSB frequency in newer BIOS versions. A lawsuit was involved regarding this problem.

Satellite Axx & Axxx series:
A10/A15 [JP: dynabook Satellite A8/A9/AX1/AW1]
A20/A25
A30/A35
A40/A45
A50/A55 [JP: dynabook Satellite T10/T11/T12/T20]
A60/A65 [JP: dynabook AX/dynabook Satellite AW2] [EMEA: Equium A60]
A70/A75 [JP: dynabook AX]
A80/A85 [JP: dynabook PX/dynabook Satellite AW3/AD1] [EMEA: Equium A80]
A100/A105 [JP: dynabook AX] [EMEA: Equium A100]
A110 [EMEA: Equium A110]
A130/A135
A200/A205 [EMEA: Equium A200]
A210/A215 [EMEA: Equium A210]
A300/A305
A300D/A305D [EMEA: Equium A300D]
A350/A355
A350D/A355D
A500/A505
A500D/A505D
A660/A665
A660D/A665D
Rebadges: Satellite Pro A10 = A10/A15, Satellite Pro A60 = A60/A65, Satellite Pro A100 = A100/A105, Satellite Pro A110 = A110, Satellite Pro A200 = A200/A205, Satellite Pro A210 = A210/A215, Satellite Pro A300 = A300/A305, Satellite Pro A300D = A300D/A305D, Tecra A1 = A10/A15, Tecra A2 = A50/A55, Tecra A3X = A50/A55, Tecra A7 = A100/A105
Warning: The A70/A75 has two design defects that may result in a sudden shutdown or a loose DC-in power socket. The forced shutdown is caused by the lack of grounding on the palmrest, causing any sort of static electricity conducted through the aluminium speaker mesh to reach the motherboard. The loose DC-in power socket is caused by cracked lead-free solder joints or a broken DC-in power socket pin, which could progress to a disconnected DC-in power socket (much worse). In some cases, the DC-in power socket pins may oxidize, leading to disconnected pins or a loose DC-in power socket. A lawsuit was involved regarding this problem.

Satellite Cxxx series:
C600/C605
C640/C645
C640D/C645D
C650/C655
C650D/C655D
C660/C665
C660D/C665D
C670/C675
C670D/C675D
C840/C845
C840D/C845D
C850/C855
C850D/C855D
C870/C875
C870D/C875D
Rebadges: Satellite Pro C640 = C640/C645, Satellite Pro C650 = C650/C655, Satellite Pro C650D = C650D/C655D, Satellite Pro C660/C665 = C660/C665, Satellite Pro C660D = C660D/C665D, Satellite Pro C840/C845 = C840/C845, Satellite Pro C850 = C850/C855, Satellite Pro C870 = C870/C875

Satellite Exxx series:
E100/E105
E200/E205
E300/E305

Satellite Jxx series:
J10/J11/J12
J30/J31/J32
J40
J50
J60/J61/J62/J63
J70/J71/J72
J80/J81/J82

Satellite Lxx & Lxxx series:
L10/L15 [EMEA: Equium L10]
L20/L25 [EMEA: Equium L20]
L30/L35 [JP: dynabook Satellite P1W] [EMEA: Equium L30]
L40/L45 [EMEA: Equium L40]
L100 [JP: dynabook Satellite P10] [EMEA: Equium L100]
L200
L300/L305 [EMEA: Equium L300]
L300D/L305D
L350/L355 [EMEA: Equium L350]
L350D/L355D [EMEA: Equium L350D]
L450/L455
L450D/L455D
L500/L505
L500D/L505D
L510/L515
L550/L555
L550D/L555D
L630/L635
L640/L645
L640D/L645D
L650/L655
L650D/L655D
L670/L675
L670D/L675D
L730/L735
L730D/L735D
L740/L745
L740D/L745D
L750/L755
L750D/L755D
L770/L775
L770D/L775D
L830/L835
L840/L845
L840D/L845D
L850/L855
L850D/L855D
L870/L875
L870D/L875D
L950/L955
L950D/L955D
Rebadges: Satellite Pro L10 = L10/L15, Satellite Pro L20 = L20/L25, Satellite Pro L40 = L40/L45, Satellite Pro L100 = L100, Satellite Pro L300 = L300/L305, Satellite Pro L300D = L300D/L305D, Satellite Pro L350 = L350/L355, Satellite Pro L450 = L450/L455, Satellite Pro L500 = L500/L505, Satellite Pro L510 = L510/L515, Satellite Pro L550 = L550/L555, Satellite Pro L630 = L630/L635, Satellite Pro L640 = L640/L645, Satellite Pro L650 = L650/L655, Satellite Pro L670 = L670/L675, Satellite Pro L730 = L730/L735, Satellite Pro L740 = L740/L745, Satellite Pro L750 = L750/L755, Satellite Pro L770 = L770/L775, Satellite Pro L830 = L830/L835, Satellite Pro L850 = L850/L855, Satellite Pro L870 = L870/L875, Tecra L2 = L20/L25

Satellite Mxx & Mxxx series:
M30/M35 [JP: dynabook V9/VX1]
M30X/M35X
M40/M45 [JP: dynabook VX]
M40X [EMEA: Equium M40X]
M50/M55 [EMEA: Equium M50]
M60/M65
M70 [EMEA: Equium M70]
M100/M105
M110/M115
M200/M205
M300/M305
M500/M505
M640/M645
M840
Notes: An 'X' suffix indicates that the model has an updated design. The M30X/M35X and the M40X uses a design resembling an A70/A75.
Rebadges: Satellite Pro M30 = M30/M35, Satellite Pro M40 = M40/M45, Satellite Pro M40X = M40X, Satellite Pro M50 = M50/M55, Satellite Pro M70 = M70, Satellite Pro M200/M205 = M200/M205, Satellite Pro M300 = M300/M305, Tecra A4 = M40/M45, Tecra A5 = M50/M55, Tecra A6 = M100/M105
Warning: The M30X/M35X/M40X has two design defects that may result in a sudden shutdown or a loose DC-in power socket. The forced shutdown is caused by the lack of grounding on the palmrest, causing any sort of static electricity conducted through the aluminium speaker mesh to reach the motherboard. The loose DC-in power socket is caused by cracked lead-free solder joints or a broken DC-in power socket pin, which could progress to a disconnected DC-in power socket (much worse). In some cases, the DC-in power socket pins may oxidize, leading to disconnected pins or a loose DC-in power socket. A lawsuit was involved regarding this problem.

Satellite Pxx & Pxxx series:
P10/P15
P20/P25
P30/P35 [JP: dynabook WX]
P100/P105 [EMEA: Satego P100]
P200/P205 [EMEA: Equium P200, Satego P200]
P200D/P205D [EMEA: Equium P200D]
P300/P305 [EMEA: Equium P300]
P300D/P305D
P500D/P505D
P740/P745
P740D/P745D
P750/P755
P750D/P755D
P770/P775
P770D/P775D
P840/P845
P840T/P845T
P850/P855
P870/P875
Rebadges: Satellite Pro P100 = P100/P105, Satellite Pro P200 = P200/P205, Satellite Pro P300 = P300/P305, Satellite Pro P300D = P300D/P305D, Satellite Pro P770 = P770/P775

Satellite Rxx series:
R10/R15
R20/R25
Rebadges: Tecra M4 = R10/R15, Tecra M7 = R20/R25

Satellite Sxxx series:
S845
S845D
S850/S855
S855D
S870/S875
S875D
S950/S955
S950D/S955D

Satellite Txxx series:
T110/T115
T110D/T115D
T130/T135
T130D/T135D
T210 [JP: dynabook N510]
T210D/T215D
T230/T235
T230D/T235D
Rebadges: Satellite Pro T110 = T110/T115, Satellite Pro T130 = T130/T135, Satellite Pro T230 = T230/T235, Portege T110 = T110/T115, Portege T130 = T130/T135, Portege T210 = T210, Portege T230 = T230/T235

Satellite Uxxx series:
U200/U205 [JP: dynabook SS MX]
U300/U305 [EMEA: Equium U300]
U400/U405 [EMEA: Equium U400]
U400D/U405D
U500/U505
U840/U845
U845T
U840W/U845W [JP: dynabook R542]
U920T/U925T [JP: dynabook R822]
U935
U940/U945
Notes: A 'W' suffix indicates that the model has a display panel with a 21:9 aspect ratio.
Rebadges: Satellite Pro U200 = U200/U205, Satellite Pro U300 = U300/U305, Satellite Pro U400 = U400/U405, Satellite Pro U500 = U500/U505, Tecra M6 = U200/U205, Tecra M8 = U300/U305, Portege M500 = U200/U205, Portege M800/M805 = U400/U405, Portege M805D = U400D/U405D

Satellite Xxxx series:
X200/X205 [JP: dynabook Qosmio WXW] [EMEA: Satego X200]

Satellite Pro series

Suffixes:
CS: Color DSTN LCD with CCFL backlight
CT: Color TN TFT LCD with CCFL backlight
CDS: Color DSTN LCD with CCFL backlight + CD-ROM, CD-R, or CD-RW optical disc drive
CDT: Color TN TFT LCD with CCFL backlight + CD-ROM, CD-R, or CD-RW optical disc drive
DVD: Color TN TFT LCD with CCFL backlight + DVD-ROM optical disc drive + MPEG2 GPU hardware acceleration
D: AMD CPU
T: Touchscreen display panel

Satellite Pro T2xxx series:
T2150CDS/T2155CDS
T2400CT
T2450CT

Satellite Pro 4xx series:
400CS/405CS
400CDT
410CS/415CS
410CDT
420CDS/425CDS
420CDT/425CDT
430CDS/435CDS
430CDT/435CDT
440CDT/445CDT
440CDX/445CDX
460CDT/465CDT
460CDX/465CDX
470CDT
480CDT
490CDT
490XCDT
Notes: The 'X' suffix indicates that the model has a FRSTN LCD panel. The 'X' prefix indicates that the model has a 13.3" display panel.

Satellite Pro 4xxx series:
4220XCDT
4260DVD
4270XDVD
4270ZDVD
4280XDVD
4280ZDVD
4310CDT
4320DVD
4340XDVD
4360XDVD
4380XDVD
4600
Notes: The'X' suffix indicates that the model has a 14.1" display panel, the 'Z' suffix indicates that the model has a 15" display panel.

Satellite Pro 6xxx series:
6000/6050
6070/6100
Warning: The 6100 has several design defects that may lead to a drifting pointing stick, loose solder joints on the VRAM chips, dead DC/DC daughterboard, loose GPU daughterboard connector, and a overheating hard drive. I suspect these problems were caused by cracked out lead-free solder and a horrible cooling system. As per usual, a lawsuit was involved regarding this problem. The 6100 will also revert to a strange 969x768 resolution if a new generic GPU driver from NVIDIA is installed in any OS, likely due to a customized EDID that Toshiba uses in its own NVIDIA GPU driver.

Satellite Pro Mxx series:
M10/M15 [JP: DynaBook V7]

Satellite Pro Sxxx series:
S500L [JP: dynabook Satellite B450]
S750 [JP: dynabook Satellite B451/B551/B651]
S850 [JP: dynabook Satellite B452/B552/B652]
Notes: The 'L' suffix indicates a Socket P CPU is installed instead of a Socket G1 CPU. This is used exclusively for the S500.

Qosmio series

Qosmio Exx series:
E10/E15
Notes: The E10/E15 has 2 MiniPCI slots, one for the TV tuner and the other for the WLAN card. The WLAN card slot is a standard 124-pin MiniPCI Type IIIA slot, but the TV tuner card slot is a special 100-pin MiniPCI Type IA slot.

Qosmio Fxx & Fxxx series:
F10/F15
F20/F25
F30
F40/F45 {R. proprietary GPU}
F50/F55 [JP: dynabook Qosmio FX] {R. proprietary GPU}
F60 [JP: dynabook Qosmio V65/T750]
F750/F755 [JP: dynabook Qosmio T751/T851]
Notes: The F10/F15, F20/F25, and the F30 has 2 MiniPCI slots, one for the TV tuner and the other for the WLAN card. The WLAN card slot is a standard 124-pin MiniPCI Type IIIA slot, but the TV tuner card slot is a special 100-pin MiniPCI Type IA slot.

Qosmio Gxx series:
G10/G15
G20/G25
G30/G35
G40/G45
G50/G55 [JP: dynabook Qosmio GX] {R. proprietary GPU}
Notes: The G10/G15, G20/G25, and the G30/G35 has 2 MiniPCI slots, one for the TV tuner and the other for the WLAN card. The WLAN card slot is a standard 124-pin MiniPCI Type IIIA slot, but the TV tuner card slot is a special 100-pin MiniPCI Type IA slot.

Qosmio Xxxx series:
X300/X305 [JP: dynabook Qosmio WXW] {R. proprietary GPU}
X500/X505 [JP: dynabook Qosmio GXW/G60/G65] {R. proprietary GPU}
X770/X775 {R. MXM 3.0 Type B GPU}
X870/X875 {R. MXM 3.0 Type B GPU}
Rebadges: Satellite P500/P505 = X500/X505

Tecra series

Suffixes:
CS: Color DSTN LCD with CCFL backlight
CT: Color TN TFT LCD with CCFL backlight
CDS: Color DSTN LCD with CCFL backlight + CD-ROM, CD-R, or CD-RW optical disc drive
CDT: Color TN TFT LCD with CCFL backlight + CD-ROM, CD-R, or CD-RW optical disc drive
CDM: Color TN TFT LCD with CCFL backlight + CD-ROM, CD-R, or CD-RW optical disc drive + MPEG2 GPU hardware acceleration
DVD: Color TN TFT LCD with CCFL backlight + DVD-ROM optical disc drive + MPEG2 GPU hardware acceleration
D: AMD CPU
T: Touchscreen display panel

Tecra 5xx series:
500CS
500CDT
510CDS
510CDT
520CDS
520CDT
530CDS
530CDT
550CDS
550CDT

Tecra 7xx series:
700CS
700CT
700CDT
710CDT
720CDT
730CDT
730XCDT
740CDT
750CDM
750CDT
750DVD
780CDM
780DVD

Tecra 8xxx series:
8000
8100
8200

Tecra 9xxx series:
9000
9100

Tecra TE2xxx series:
TE2000
TE2100
TE2300
Rebadges: Satellite M20 = TE2300
Warning: The TE2100 will revert to a strange 969x768 resolution if a new generic GPU driver from NVIDIA is installed in any OS, likely due to a customized EDID that Toshiba uses in its own NVIDIA GPU driver.

Tecra Ax & Axx series:
A8 [JP: dynabook Satellite K10/K11/K15/K16/K17]
A9 [JP: dynabook Satellite K20/K21/K22]
A10 [JP: dynabook Satellite K30/K31/K32V/K33/L20/L20E/L21]
A11 [JP: dynabook Satellite K40/K41/K42/K45/K46/K47/L35/L36/L40/L41/L42/L45/L46/L47/B550/B650]
Rebadges: Satellite Pro A120 = A8, Satellite Pro S200 = A9, Satellite Pro S300 = A10, Satellite Pro S500 = A11, P5 = A9, S5 = A9, P10 = A10, S10 = A10, P11 = A11, S11 = A11

Tecra Mx & Mxx series:
M1
M2/M2V
M3
M5
M9
M10 [JP: dynabook Satellite B10/B11/B12]
M11
Notes: A 'V' suffix indicates that the model has an Extreme Graphics 2 GPU instead of a GeForce FX Go5200 GPU. This is used exclusively for the M2.

Tecra Rxx & Rxxx series:
R10
R840 [JP: dynabook R741]
R850 [JP: dynabook R751]
R940 [JP: dynabook R742]
R950 [JP: dynabook R752]
Rebadges: Satellite R840/R845 = R840, Satellite R850 = R850, Satellite R945 = R940, Satellite Pro R850 = R850

Tecra Sx series:
S1
S2
S3
S4
Rebadges: A3 = S2, P4 = S4

Portege series

Suffixes:
No suffix: Monochrome LCD with CCFL backlight
CT: Color TN TFT LCD with CCFL backlight
CDT: Color TN TFT LCD with CCFL backlight + CD-ROM, CD-R, or CD-RW optical disc drive
D: AMD CPU
T: Touchscreen display panel

Portege T3xxx series:
T3400
T3400CT
T3600CT

Portege 3xx series:
300CT
320CT

Portege 6xx series:
610CT
620CT
650CT
660CDT

Portege 1xxx series:
1600/1610/1620 [JP: dynabook SX]

Portege 2xxx series:
2000 [JP: DynaBook SS 2000/S4/S5]
2010 [JP: DynaBook SS 2010/S6]

Portege 3xxx series:
3010CT/3015CT
3020CT/3025CT [JP: DynaBook SS 3330V]
3110CT/3115CT
3410CT
3440CT
3480CT
3490CT
3500/3505

Portege 4xxx series:
4000/4005 [JP: DynaBook SS M3/M4]
4010

Portege 7xxx series:
7000CT
7010CT/7015CT
7020CT/7025CT
7140CT
7200CT
7200CTE
7220CTE
Notes: An 'E' suffix indicates that the model has a Savage IX8 GPU instead of a CyberBlade e4 GPU. This is used exclusively for the 7200CT.

Portege Axxx series:
A100
A200
A600/A605

Portege Mxxx series:
M100
M200/M205
M300 [JP: dynabook SS MX/M10/M11]
M400/M405
M700
M750
M780
M930

Portege Rxxx series:
R100 [JP: dynabook SS 2100/S7/S8/S9]
R111 [JP: dynabook SS 2110/2120]
R150 [JP: dynabook SS 1700]
R200/R205 [JP: dynabook SS SX/S20/S21]
R300 [JP: dynabook SS SX/S30/S31]
R400/R405
R500 [JP: dynabook SS RX1]
R600 [JP: dynabook SS RX2]
R700/R705 [JP: dynabook RX3/R730]
R830/R835 [JP: dynabook R731]
R930/R935 [JP: dynabook R732/R733]
Rebadges: Satellite R630 = R700/R705, Satellite R830 = R830/R835, Satellite R930 = R930/R935, Tecra R700 = R700/R705

Portege Sxxx series:
S100 [JP: dynabook SS LX/L10/L11]

Portege Zxxx series:
Z830/Z835 [JP: dynabook R631]
Z930/Z935 [JP: dynabook R632]
Rebadges: Satellite Z830 = Z830/Z835, Satellite Z930 = Z930/Z935

Libretto series

Suffixes:
CT: Color TN TFT LCD with CCFL backlight

Libretto x0, xx0 & xxx0 series:
20CT
30CT [JP: libretto M1]
50CT [JP: libretto 50M]
60CT [JP: libretto D2/M2]
70CT [JP: libretto M3]
100CT
110CT
1000/1010 [JP: Libretto SS 1000/1010 CT]
1050/1100/1100V [JP: Libretto ff 1050 CS/1100 CT/1100V]

Libretto Lx series:
L1/L2/L3
L5

Libretto Uxxx series:
U100/U105

Libretto Wxxx series:
W100/W105

NB series

Suffixes:
D: AMD CPU

Classmate PC CMx series:
CM1

NB1xx series:
NB100/NB105

NB2xx series:
NB200/NB205 [JP: dynabook UX]
NB250/NB255 [JP: dynabook UX]

NB3xx series:
NB300/NB305 [JP: dynabook UX]

NB5xx series:
NB500/NB505 [JP: dynabook N200] {R. 1x DDR3 RAM} {R. SATA SSD} {R. half MiniPCIe with PCIe} {R. CR2032 2-pin CMOS battery} {R. Li-Ion 18650 battery}
NB510/NB515 {R. 1x DDR3 RAM} {R. SATA SSD} {R. half MiniPCIe with PCIe} {R. CR2032 CMOS battery} {R. Li-Ion 18650 battery}
NB520/NB525 [JP: dynabook N300/N301] {R. 1x DDR3 RAM} {R. SATA SSD} {R. half MiniPCIe with PCIe} {R. CR2032 2-pin CMOS battery} {R. Li-Ion 18650 battery}
NB550D/NB555D {R. 1x DDR3 RAM} {R. SATA SSD} {R. half MiniPCIe with PCIe} {R. CR2032 2-pin CMOS battery} {R. Li-Ion 18650 battery}
Notes: The NB550D/NB555D was never sold with an AMD C70 APU because Toshiba saw no reason to use it. The C60 and the C70 have the same specifications and are likely identical, excluding the P-states' TurboCore voltage which is not usually known.

AC series

AC1xx series:
AC100 [JP: dynabook AZ] {R. full MiniPCIe with USB} {R. Li-Ion 18650 battery}
Notes: Unlike every model in this list, this is an ARM notebook. It runs Android 2.1 Eclair, oddly not Windows CE.
Warning: The CMOS battery is soldered on the motherboard, seems to be a 2-pin blue cell.

Accessories:

Docks

Universal:
dynadock USB Port Replicator VGA (PA3541U-2PRP)
dynadock USB Port Replicator DVI (PA3542U/E/A-2PRP)
dynadock U (PA3575U/E/A-1PRP)
dynadock U3.0 (PA3927U/E/A-1PRP, PA3927U/E/A-2PRP)
dynadock V (PA3778U/E/A-1PRP, PA3778E-2PRP)
dynadock V3.0 (PA5082U/E-1PRP)
dynadock 4K (PA5217U/E/A-1PRP)
dynadock WiAC (PA5238U-1PRP)
Thunderbolt 3 Dock (PA5281U/E/A-1PRP, PA5281U/E/A-2PRP)
dynabook USB-C Dock (PA5356U/E/A-1PRP)
dynadock wireless U (PA3686U-1SET)
Wireless UWB Port Replicator (PA3529U-2PRP)

Proprietary:
T21xx Port Replicator (PA2708U)
T24xx Port Replicator (PA2704U)
Libretto 20CT PC Card Adapter (PCCADPM1)
Libretto 20CT I/O Adapter (CAB0331A)
Libretto 50CT I/O Adapter (CAB0334A)
Libretto 50/70CT I/O Adapter (CAB0346A)
Libretto 100CT I/O Adapter (CAB0356A)
Libretto 1000 I/O Adapter (PA2725UJ)
Libretto 50CT Port Replicator (PA2720UJ)
Libretto 1000 Port Replicator (PA2726UJ)
Libretto 50CT Enhanced Port Replicator (PA2718U)
Libretto 100CT Enhanced Port Replicator (PA2719U)
Libretto U100 DVD Dock (PA3433U/E-1DV2)
Satellite Port Replicator (PA2731U/UE/UE2)
Portege T3400 Port Replicator (PA2703U)
LAN Port Replicator (PA3040U/E-1PRP)
Multimedia Port Replicator (PA3042U/E-1DST)
Xtend Port Replicator (R405)
Noteworthy Port Replicator (NWPR100)
Z1xT Dock (PA5105U-1PRP/1PRPA)
Z1xT Keyboard Dock (PA5172U-1ESU, PA5172E-1EKU)
Z2xT/WT2x Keyboard Dock (PA5228U-1ESU, PA5228E-1EKU)
CD-ROM Dock (PA2661U/PA2662U/E)
CD Network Dock (PA2723U/E)
10/100 Network/DVD Dock 1 (PA2722U/E)
10/100 Network/DVD Dock 2 (PA3007U/E-1DST)
10/100 Network Port Replicator 1 (PA2724U)
10/100 Network Port Replicator 2 (PA3017U/E-1PRP)
Expansion Chassis (PA7310U)
Expansion Station (PA3018U/E-1DST)
Express Port Replicator 1 (PA3508U/E-1PRP)
Express Port Replicator 2 (PA3680U/E-1PRP, PA3680E-2PRP)
Slim Port Replicator 1 (PA3156U/E-1PRP, PA3156U-2PRP)
Slim Port Replicator 2 (PA3603U/E-1PRP)
Slim Port Replicator 3 (PA3681U/E-1PRP, PA3681E-2PRP)
Advanced Port Replicator 1 (PA3082U/E-1PRP)
Advanced Port Replicator 2 (PA3082U/E-2PRP)
Advanced Port Replicator 3 (PA3314U/E-1PRP)
Advanced Port Replicator 3+ (PA3474U/E-1PRP)
Hi-Speed Port Replicator 1 (PA3838U/E-1PRP)
Hi-Speed Port Replicator 2 (PA3916U/E-1PRP)
Hi-Speed Port Replicator 3 120W (PA5116U/E/A-1PRP, PA5116U/E/A-2PRP, PA5116E-3PRP)
Hi-Speed Port Replicator 3 180W (PA5117U/E-1PRP, PA5117E-2PRP)
Enhanced Port Replicator 1 (PA2711U/UX)
Enhanced Port Replicator 2 (PA2713U/PA2716U)
Enhanced Port Replicator 3 (PA2717U)
Enhanced Port Replicator 4 (PA3024U/E-1PRP)
Enhanced Port Replicator 5 (PA3028U/E-1PRP)
Desk Station 2 (PA8600U)
Desk Station 3 (PA8601U)
Desk Station 4 (PA2701U)
Desk Station 4+ (PA2700U)
Desk Station 5 (PA2712U)
Desk Station 5+ (PA2710U)

Adapters:
Security Plate (PA3120U-1ETC/2ETC)
Balance Block (PA5248E-1PBB)
Docking Adapter (PA2714U/PA2715U)
Enhanced Port Replicator 3 Adapter (PA2721U)
Enhanced Port Replicator 3 Spacer (PA2730U)

Chargers

Suffixes:
No suffix: IEC C8 socket for power cord
xACA: IEC C8 socket for power cord
xAC3: IEC C6 socket for power cord
Notes: Depending on the wattage, the power cord socket might differ. Some chargers have identical part numbers but they do not share the same plug dimensions.

Miscellaneous:
180 W, 19 V, 5.5 x 2.5 mm 1-pin coaxial plug (Delta ADP-180EB D/ADP-180HB B)
150 W, 15 V, isosceles trapezoidal 4-pin plug (Hitachi 1A187WI/1A187WI-2)
20 W, 18 V, proprietary Molex 4-pin plug (PA2400U [IEC C14 socket])
120 W, 15 V, isosceles trapezoidal 4-pin plug (PA3237U-3ACA, PA3237U-1ACA, PA3507E-1AC3, PA3507U-1ACA [IEC C6 socket])
40 W, 15 V, proprietary 'binoculars' 2-pin plug (PA8709U [IEC C14 socket])
30 W, 15 V, symmetrical rectangular 2-pin plug (PA2501U)

Female USB Type-C:
65 W, 20/15/9/5 V (PA5352U-1ACA, USB Power Delivery 3.0)
45 W, 20/15/9/5 V (PA5279U-1ACA, USB Power Delivery 3.0)

Female USB Type-A:
10 W, 5 V (PA5194N/PA3996N-1ACA, PA3996D-1AC3)

Singatron 2MJ-3432-007 4-pin socket:
230 W, 19 V (PA3673E-1AC3 [IEC C14 socket])
180 W, 19 V (PA3546U-1ACA, PA5084E/PA3546E-1AC3 [IEC C14 socket])

6.3 x 3.0 mm 1-pin coaxial plug:
120 W, 19 V (PA3290U-1ACA)
30 W, 18 V (PA2478U/PA2431U)
90 W, 15 V (PA2521U-3ACA, PA3954U/PA2521U-1ACA, PA2521E-2AC3, PA3954E-1AC3)
75 W, 15 V (PA3283U-3ACA, PA3283U-2ACA, PA3755U/PA3469U/PA3283U/PA3215U/PA3201U/PA3083U-1ACA, PA3755E/PA3469E-1AC3, PA3378E-2ACA/1ACA [IEC C6 socket])
60 W, 15 V (PA3282U-2ACA, PA3282U/PA3260U-1ACA, PA2444U)
45 W, 15 V (PA3241U-2ACA, PA3241U/PA3153U-1ACA, PA2450U)
40 W, 15 V (PA2484U)
30 W, 15 V (PA2500U/PA2440U/PA2411U)
21 W, 15 V (PA2426U/PA2409U)
30 W, 12 V (PA7487U)
26 W, 12 V (PA7485U)
20 W, 12 V (PA8706U)
10 W, 12 V (PA8713U)
10 W, 9 V (PA8701U/PA7482U)

5.5 x 2.5 mm 1-pin coaxial plug:
150 W, 19 V (PA3413U/PA3337U-1ACA)
120 W, 19 V (PA5083U/PA3717U-1ACA, PA3717E-1AC3, PA3381U-1ACA [IEC C6 socket])
90 W, 19 V (PA5180U/PA5035U/PA3716U-1ACA, PA5035E/PA3716E-1AC3)
75 W, 19 V (PA3715U-1ACA, PA3715E-1AC3)
65 W, 19 V (PA5178U/PA3714U/PA3467U-1ACA, PA5178E/PA3714E/PA3467E-1AC3)
45 W, 19 V (PA5177U/PA3822U-1ACA, PA5177E/PA3822E-1AC3)
30 W, 19 V (PA3743U-1ACA, PA3743E-1AC3)
25 W, 5 V (PA3543U-1ACA)

4.0 x 1.7 mm 1-pin coaxial plug:
45 W, 19 V (PA5192U/PA5177U/PA5072U-1ACA, PA5072E-1AC3)
30 W, 19 V (PA3922U-1ACA, PA3922E-1AC3)

MXM Info

MXM 1.3
Interface: FPD-Link
Output: Composite or S-Video + VGA + 2 single-link or 1 dual-link DVI
Form factor: Type 1 (70 x 68 mm), 2 (73 x 78 mm), 3 (82 x 100 mm)
Mount: Type 1 and 2 (41 mm apart), Type 3 (46 mm apart)
Wattage: Type 1 (18 W), Type 2 (25 W), Type 3 (35 W)
Compatibility: 1.3, 2.0, 2.1, 2.1a
Modules: Quadro FX Go540 128 MiB DDR SDRAM (390151-001/399008-001, Type 2)

MXM 2.0
Interface: FPD-Link
Output: Composite or S-Video + VGA + 2 single-link or 1 dual-link DVI
Form factor: Type 1 (70 x 68 mm), 2 (73 x 78 mm), 3 (82 x 100 mm)
Mount: Type 1 and 2 (41 mm apart), Type 3 (46 mm apart)
Wattage: Type 1 (18 W), Type 2 (25 W), Type 3 (35 W), Type 3 HE (75 W)
Compatibility: 1.3, 2.0, 2.1, 2.1a
Modules: Quadro FX 560M 256 MiB DDR SDRAM (447652-003, Type 2)
Quadro FX 770M 256 MiB GDDR3 SDRAM (447652-004, Type 2)
Quadro FX 1500M 256 MiB GDDR3 SDRAM (417206-001, Type 3)
Quadro FX 1500M 512 MiB GDDR3 SDRAM (441217-001, Type 3)
Quadro FX 3600M 512 MiB GDDR3 SDRAM (490567-001, Type 3 HE)

MXM 2.1
Interface: FPD-Link
Output: Composite or S-Video + VGA + 2 single-link DVI or 2 dual-link DVI + HDMI
Form factor: Type 1 (70 x 68 mm), 2 (73 x 78 mm), 3 (82 x 100 mm)
Mount: Type 1 and 2 (41 mm apart), Type 3 (46 mm apart)
Wattage: Type 1 (18 W), Type 2 (25 W), Type 3 (35 W), Type 3 HE (75 W)
Compatibility: 1.3, 2.0, 2.1, 2.1a
Modules: Quadro FX 570M 256 MiB GDDR3 SDRAM (455077-001, Type 2)
Quadro FX 770M 512 MiB GDDR3 SDRAM (502338-001, Type 2)
Quadro NVS 320M 256 MiB GDDR3 SDRAM (450484-001, Type 3 HE)
Quadro FX 1600M 512 MiB GDDR3 SDRAM (451377-001, Type 3 HE)
Quadro FX 2700M 512 MiB GDDR3 SDRAM (493983-001, Type 3 HE)
Quadro FX 3700M 1 GiB GDDR3 SDRAM (493984-001, Type 3 HE)

MXM 2.1a
Interface: FPD-Link
Output: Composite or S-Video + VGA + 2 single-link DVI or 2 dual-link DVI + HDMI + single-mode DisplayPort
Form factor: Type 1 (70 x 68 mm), 2 (73 x 78 mm), 3 (82 x 100 mm), 4 (82 x 117 mm)
Mount: Type 1 and 2 (41 mm apart), Type 3 and 4 (46 mm apart)
Wattage: Type 1 (18 W), Type 2 (25 W), Type 3 (35 W), Type 3 HE (75 W), Type 4 HE (75 W)
Compatibility: 1.3, 2.0, 2.1, 2.1a
Modules: Quadro FX 2700M 512 MiB GDDR3 SDRAM (42W8202, Type 3 HE)
Quadro FX 3700M 1 GiB GDDR3 SDRAM (42W8204, Type 3 HE)

MXM 3.0
Interface: FPD-Link or EDP
Output: VGA + dual-link DVI + HDMI + 2 or 4 dual-mode DisplayPort
Form factor: Type A (82 x 70 mm), B (82 x 105 mm)
Mount: Type A and B (46 mm apart)
Wattage: Type A (55 W), Type B (100 W)
Compatibility: 3.0, 3.1
Modules: Quadro NVS 5100M 1 GiB DDR3 SDRAM (595820-001, Type A)
Quadro FX 880M 1 GiB DDR3 SDRAM (595821-001, Type A)
Quadro FX 1800M 1 GiB GDDR5 SDRAM (595822-001, Type A)
Quadro F500M 1 GiB DDR3 SDRAM (677907-001, Type A)
Quadro F1000M 2 GiB DDR3 SDRAM (652673-001, Type A)
Quadro F1000M 2 GiB GDDR3 SDRAM (0KDWV4, Type A)
Quadro F2000M 2 GiB DDR3 SDRAM (652674-001, Type A)
Quadro F2000M 2 GiB GDDR3 SDRAM (0PMY8Y, Type A)
Quadro FX 2800M 1 GiB GDDR3 SDRAM (63Y2057/596062-001, Type B)
Quadro FX 3800M 1 GiB GDDR3 SDRAM (63Y2058/596063-001, Type B)
Quadro F3000M 2 GiB GDDR5 SDRAM (0RDJT7/647177-001, Type B)
Quadro F3000M 2 GiB GDDR5 SGRAM (CP519179-03, Type B)
Quadro F4000M 2 GiB GDDR5 SDRAM (0DR11K/0HGXY3/647178-001, Type B)
Quadro F4000M 2 GiB GDDR5 SGRAM (CP519180-02, Type B)
Quadro F5000M 2 GiB GDDR5 SDRAM (596064-001, Type B)
Quadro F5010M 4 GiB GDDR5 SDRAM (0K9MWW/647179-001, Type B)

MXM 3.1
Interface: FPD-Link or EDP
Output: VGA + dual-link DVI + HDMI + 2 or 4 dual-mode DisplayPort
Form factor: Type A (82 x 70 mm), B (82 x 105 mm)
Mount: Type A and B (46 mm apart)
Wattage: Type A (55 W), Type B (100 W)
Compatibility: 3.0, 3.1
Modules: Quadro K610M 1 GiB GDDR5 SDRAM (728554-001, Type A)
Quadro M3000 SE 4 GiB GDDR5 SDRAM (867583-B21, Type B)
Tesla M6 8 GiB GDDR5 SDRAM (808409-001, Type B)

Notebooks with an MXM slot
[GP104:1BB6] Quadro P5000M (ThinkPad P71, Precision 7720, ZBook 17 G4, Celsius H970)
[GP104:1BB7] Quadro P4000M (ThinkPad P71, Precision 7720, ZBook 17 G4, Celsius H970)
[GP104:1BB8] Quadro P3000M (ThinkPad P71, Precision 7720, ZBook 17 G4, Celsius H970)
[GM204:13F8] Quadro M5000M (ThinkPad P70, ZBook 17 G3, Precision 7710)
[GM204:13F9] Quadro M4000M (ThinkPad P70, Precision 7710, ZBook 17 G3)
[GM204:13FA] Quadro M3000M (ThinkPad P70, Precision 7710, ZBook 17 G3)
[GM206:1436] Quadro M2200M (ThinkPad P71, Precision 7520, ZBook 15 G4, ZBook 17 G4)
[GM107:13B0] Quadro M2000M (Precision 7510, ZBook 17 G3)
[GM107:13B6] Quadro M1200M (Precision 7520, Precision 7720, ZBook 15 G4, ZBook 17 G4)
[GM107:13B1] Quadro M1000M (Precision 7510, ZBook 15 G3, ZBook 17 G3)
[GM107:13B4] Quadro M620M (ThinkPad P71, ZBook 15 G4)
[GM107:13B2] Quadro M600M (ThinkPad P70, ZBook 15 G3)
[GK104:11B8] Quadro K5100M (Precision M6800, ZBook 17 G1, ZBook 17 G2)
[GK104:11BC] Quadro K5000M (Precision M6700, EliteBook 8770w, Celsius H920)
[GK104:11B7] Quadro K4100M (Precision M6800, ZBook 17 G1, ZBook 17 G2)
[GK104:11BD] Quadro K4000M (Precision M6700, EliteBook 8770w, Celsius H920)
[GK104:11B6] Quadro K3100M (Precision M6800, ZBook 17 G1, ZBook 17 G2)
[GK104:11BE] Quadro K3000M (Precision M6700, EliteBook 8770w, Celsius H920)
[GM107:13B3] Quadro K2200M (Precision M6800, ZBook 17 G2)
[GK106:11FC] Quadro K2100M (Precision M4800, ZBook 15 G1, ZBook 15 G2)
[GK107:0FFB] Quadro K2000M (Precision M4700, EliteBook 8570w)
[GK107:0FF6] Quadro K1100M (Precision M4800, Precision M6800, ZBook 15 G1, ZBook 15 G2, ZBook 17 G1, ZBook 17 G2)
[GK107:0FFC] Quadro K1000M (Precision M4700, Precision M6700, EliteBook 8570w)
[GK208:12B9] Quadro K610M (ZBook 15 G1, ZBook 15 G2, ZBook 17 G1)
[GK107:0FF8] Quadro K500M (ZBook 15 G1, ZBook 17 G1)
[GF110:109A] Quadro F5010M (Precision M6600, EliteBook 8760w, Celsius H910)
[GF100:06DA] Quadro F5000M (EliteBook 8740w)
[GF104:0E3B] Quadro F4000M (Precision M6600, EliteBook 8760w, Celsius H910)
[GF104:0E3A] Quadro F3000M (Precision M6600, EliteBook 8760w, Celsius H910)
[GF106:0DDA] Quadro F2000M (Precision M4600, Precision M6600, EliteBook 8560w)
[GF108:0DFA] Quadro F1000M (Precision M4600, Precision M6600, EliteBook 8560w)
[G92:061F] Quadro FX 3800M (ThinkPad W701, EliteBook 8740w)
[G92:061E] Quadro FX 3700M (ThinkPad W700, EliteBook 8730w)
[G92:061D] Quadro FX 2800M (ThinkPad W701, EliteBook 8740w)
[G94:063A] Quadro FX 2700M (ThinkPad W700, EliteBook 8730w)
[GT215:0CBC] Quadro FX 1800M (EliteBook 8540w)
[G84:040D] Quadro FX 1600M (8710w)
[G71:029B] Quadro FX 1500M (nw9440)
[GT216:0A3C] Quadro FX 880M (EliteBook 8540w)
[G96:065C] Quadro FX 770M (EliteBook 8530w)
[G84:040C] Quadro FX 570M (8510w)
[G73:039C] Quadro FX 560M (ProLiant xw460c)
[NV43:014C] Quadro FX Go540 (ProLiant xw25p)
[GT216:0A2C] Quadro NVS 5100M (EliteBook 8540p)
[G84:040B] Quadro NVS 320M (8710p)
Notes: The WT72 and the ZBook 17 G5 do have an MXM 3.1 Type B slot, but they do not comply with MXM specifications due to the lack of a VBIOS chip on the card (ZBook 17 G5) or uses a custom heatsink mount and PCB shape (WT72). The WT72 is able to initialize other MXM cards, but the ZBook 17 G5 can't as the VBIOS resides on its UEFI ROM.

Servers and desktops with an MXM slot
[GP104:1BB4] Tesla P6 (Synergy 480 G10, ProLiant BL460c G10, UCS B200 M5, UCS B480 M5)
[GM204:13F3] Tesla M6 (Synergy 480 G9, ProLiant WS460c G9, UCS B200 M4)
[GA104:24FA] Quadro A4500 SE
[GA106:25FA] Quadro A2000 SE
[GA107:25F9] Quadro A1000 SE
[TU104:1EF5] Quadro T5000 SE
[TU106:1F36] Quadro T3000M (Z2 Mini G5)
[TU117:1FB8] Quadro T2000M (Z2 Mini G5)
[TU117:1FF9] Quadro T1000 SE
[TU117:1FB9] Quadro T1000M (Z2 Mini G5)
[GP107:1CFA] Quadro P2000 SE
[GP107:1CBB] Quadro P1000M (Z2 Mini G4)
[GP107:1CBD] Quadro P620M (Z2 Mini G5)
[GP107:1CBC] Quadro P600M (Z2 Mini G4)
[GM204:13F8] Quadro M5000 SE (DeskMini GTX/RX)
[GM204:13FA] Quadro M3000 SE (ProLiant WS460c G9)
[GF108:0DF9] Quadro F500M (Z1 G1 AIO)
[AMD/ATI] Radeon HD 7650A (8300 Elite USDT, EliteDesk 800 G1 USDT, Pro 6300 AIO, EliteOne 800 G1 AIO)
[AMD/ATI] Radeon HD 5450 (8200 Elite USDT)

PCMCIA
Canopus Power Window T64V - S3 Trio64V+ with 2 MiB SDRAM

CardBus
Village Tronic VTBook - Trident CyberBlade XP2 with 32 MiB DDR SDRAM
Margi Display-to-Go 2MB - C&T 69030 with 2 MiB SDRAM
Margi Display-to-Go 4MB - C&T 69030 with 4 MiB SDRAM

MiniPCI
MSI MS-9513 - ATI Rage XL with 8 MiB SDRAM
ADLINK mPCI-8750 - ATI Rage XL with 8 MiB SDRAM
ICOP MINIPCI-VGA-Z9S - XGI Volari Z9s with 32 MiB DDR2 SDRAM
COMMELL MP-Z9S - XGI Volari Z9s with 32 MiB DDR2 SDRAM
IAC-MVGA02 - XGI Volari Z11 with 64 MiB DDR2 SDRAM

MiniPCIe
ADLINK mPCIe-8770 - XGI Volari Z11 with 64 MiB DDR2 SDRAM
COMMELL MPX-750 - Silicon Motion SM750 with 16 MiB DDR SDRAM
Innodisk EMPV-1201 - Silicon Motion SM750 with 16 MiB DDR SDRAM
Innodisk EMPV-1202 - Silicon Motion SM750 with 16 MiB DDR SDRAM
VersaLogic VL-MPEe-V5 - Silicon Motion SM750 with 16 MiB DDR SDRAM
Cervoz MEC-DIS-M002 - Silicon Motion SM750 with 16 MiB DDR SDRAM

Things you should know about notebooks in general

Batteries:

Leak-prone nickel-metal hydride CMOS/BIOS batteries were mostly used in old to new Toshiba-built models. These cells can't be replaced with lithium-ion coin cells due to voltage differences. Outsourced old models generally used a non-removable lithium-ion coin cell, which were usually soldered to the motherboard. In newer outsourced models and Toshiba-built models, these were made removable by either implementing a coin cell battery holder or a 2-pin JST SH socket.
Old models with nickel-cadmium and nickel-metal hydride battery packs may leak out electrolyte, be careful as these leaks could damage the motherboard.
Old and new models might have lithium-ion polymer pouch cells in their battery packs which have no way of venting out gas, eventually causing the pouch cell to expand. Models with lithium-ion cylindrical cells have pressure valves that are able to vent out excess gas, preventing the cylindrical cell from expanding. Avoid all models with lithium-ion polymer cells if you don't want to risk a chance of a bloated battery. Most models that utilize lithium-ion polymer battery packs are usually thin, so staying with thick models would be the recommended option

Display panels:

All models equipped with a cold cathode fluorescent lamp (CCFL) backlight will eventually develop a red/pink tint on the display and get dimmer over time, due to mercury adsorption and phosphor coating degradation respectively from regular usage. Fixing this requires replacing the CCFL backlight, although an easier way would be to replace the entire display panel.
CCFL backlit display panels are driven by a DC-to-AC inverter. If the inverter fails, the CCFL backlight will not get any power and leave the display panel dark. Anything shown on the display panel can still be seen, but only with a flashlight pointed at it. To fix this, replace the inverter but make sure it is the correct inverter for your model. Most inverters built for TN LCDs will most likely overheat when used with a IPS LCD, as IPS LCD CCFL backlights generally draw more power on average compared to TN LCDs.
Light-emitting diode (LED) backlit panels do not suffer from the same problems that CCFL backlit panels do, but they are not immune from problems related to aging. These either manifest as getting dimmer over time, or outright failure. They also do not have a DC-to-AC inverter, instead, they use an LED driver to power the backlight. Unlike inverters, LED drivers are generally hard to remove as they are part of the display panel.
If you are buying a replacement panel, make sure to check the minimum values in its datasheet. Typical is usually stated but minimum is not, because it is generally much lower than the typical value. For example, if you were to buy a panel and get an oddly low contrast ratio or brightness from the panel lottery, you might be disappointed if you didn't check its datasheet for minimum values. To play it safe, either check the minimum values or buy a panel with better specs to compensate for the possibility that it could be much lower than average. Note that this is only important if you care about the following specs: contrast ratio, response time, brightness, color gamut, horizontal and vertical viewing angles.

CPUs:

Models with a removable CPU may not necessarily be capable of accepting the fastest CPU available for its socket. Use MCExtractor to determine if your UEFI/BIOS accepts the CPU that you're upgrading to. If the UEFI/BIOS does not contain the appropriate microcode revision and platform, you must add it in manually via proprietary BIOS editors or hex editors. This is not guaranteed to work as some motherboards do not have a compatible VRM revision or UEFI/BIOS code to power or initialize the CPU.
If the CPU that you have chosen works, you should consider reapplying thermal paste and additionally remove dust from the heatsink if there is any. One thing to note is the amount of heat the CPU dissipates, because as you go higher, the need for thermal paste that provides good contact and adequate heat transfer characteristics goes higher as well.

GPUs:

Models with a removable GPU may not necessarily fully comply with MXM specifications. Some partially comply, such GPUs might have an MXM connector but their screw mounts and PCB shape do not follow the MXM specifications. Others are fully proprietary and do not follow MXM specifications at all, although these tend to be AGP-based GPUs.
Models with any form of PCI-based internal expansion slots (e.g. CardBus, ExpressCard, MiniPCI, MiniPCIE, M.2) are not guaranteed to support graphics cards. However, models using early 32-bit platforms may have no problems with graphics cards connected to their internal expansion slot. Newer models will likely run into PCI address space problems due to the TOLUD being set to 3 GiB or greater, which can't be changed as their UEFI/BIOS does not have a option to change it. A UEFI/BIOS modification might be necessary in this case.

RAM:

Models with removable RAM are not guaranteed to comply with JEDEC standards. While all newer models do comply with JEDEC standards, older models may not. Some of them only accepted JEIDA or proprietary expansion cards.

Miscellaneous:

Models produced in 5 March 1998 to 7 November 1999 with a floppy disk controller could potentially write corrupted data to a floppy disk. The patch seems to have been released decades ago, but I'm not sure if it has actually fixed the problem.

https://dynabook.com/pc/catalog/support/search/clist.htm

Last edited by Solplay on 2025-11-01, 13:48. Edited 17 times in total.

Reply 1 of 7, by Solplay

Posted on 2024-03-27, 16:25

Solplay Offline

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Manual fan control is nearly impossible on models that were built by Toshiba. A lot of them were equipped with an embedded controller that doesn't expose any register related to fan control; avoid them if you need it. If you're trying to find the register that controls the fan, try http://rweverything.com/ or https://github.com/hirschmann/nbfc.

Undervolting on Intel Skylake and later architectures is impossible, although those that were based off Skylake could still be undervolted till the INTEL-SA-00289 Plundervolt patch was released. If you need any sort of Turbo Boost and power control such as core frequency, cache frequency, voltage and current limits, you need to make sure Plundervolt is not patched in the UEFI of your Toshiba notebook. If you're not sure, check the 'BIOS Change Point History' for more information, it'll state which BIOS version has Plundervolt patched. Keep in mind this patch prevents overclocking as well, as it sets all Turbo Boost model specific registers (MSRs) to read-only.

For Intel Ivy Bridge and earlier architectures, the MSR responsible for Turbo Boost's frequency limits is MSR_PLATFORM_INFO (0xCEh, read-only). In that MSR, bit 28 has to be set to 1 for a Turbo Boost overclock or underclock to work. If it is set to 0, over or underclocking will not be possible. Another possible blockade is bit 29 in the same MSR, because this bit determines if the TDP limit(s) (TDP & TDC for Nehalem/Westmere) are read-only or read-write. Generally speaking, if bit 28 is set to 0, bit 29 is usually set to 0 as well. Another MSR necessary for overclocking to work is FLEX_RATIO (0x194h, read-only for certain bits), which needs bit 20 in that MSR to be set to 0. If it is set to 1, overclocking is disabled. In Toshiba-built notebooks with Sandy/Ivy Bridge CPUs, all of these bits are set to 1. Models with Haswell or Broadwell CPUs were not completely locked out, even if they had the latest UEFI update applied.

Models released in 2013 and after:
Please check the warnings for all models, they are documented here as 'Warning' notes. Model tags: Removable CPU = {R. CPU}. Removable GPU = {R. GPU}. Removable RAM = {R. RAM}. Removable storage drives = {R. SSD}. Removable internal miscellaneous device = {R. name of device}. Removable CMOS battery = {R. CMOS battery}. Removable battery pack = {R. battery}.

Satellite series

Suffixes:
-x: Generation indicator (A40-A = 1st generation, A40-B = 2nd generation)
D: AMD CPU (C40D-A)
T: Touchscreen (C40T-A)
W: 2-in-1 convertible (L9W-B)
Notes: All models in this list were not built by Toshiba. Models with a dedicated graphics chip utilize NVIDIA Optimus or AMD Enduro and they do not have a display multiplexer/MUX switch. This is rarely ever stated because a lot of people see it as a useful feature that improves battery life. However, outdated applications might have issues detecting the dedicated graphics chip through this hybrid setup. Therefore, avoid them if software compatibility is a concern due to the lack of a display multiplexer.

Satellite Bxx series:
B40-A {R. Socket G2 CPU} {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. half MiniPCIe with USB+PCIe} {R. CR2032 CMOS battery} {R. Li-Ion 18650 battery}
Rebadges: Satellite Pro B40-A.

Satellite Cxx series:
C40(T)-A/C45(T)-A {R. Socket G2/G3 CPU} {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. half MiniPCIe with USB+PCIe} {R. CR2032 CMOS battery} {R. Li-Ion 18650 battery}
C40-B/C45-B {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. M.2-2230 with USB+PCIe}
C40-C/C45-C {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. M.2-2230 with USB+PCIe}
C50(T)-A/C55(T)-A {R. Socket G2/G3 CPU} {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. half MiniPCIe with USB+PCIe} {R. CR2032 CMOS battery} {R. Li-Ion 18650 battery}
C50(T)-B/C55(T)-B {R. 1x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. M.2-2230 with USB+PCIe}
C50-C/C55(T)-C {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. M.2-2230 with USB+PCIe} {R. CR2032 CMOS battery}
C70-A/C75-A [JP: dynabook Satellite B373/B374] {R. Socket G2/G3 CPU} {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. half MiniPCIe with USB+PCIe} {R. CR2032 CMOS battery} {R. Li-Ion 18650 battery}
C70-B/C75-B [JP: dynabook Satellite B37] {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. M.2-2230 with USB+PCIe} {R. CR2032 CMOS battery} {R. Li-Ion 18650 battery}
C70-C/C75-C [JP: dynabook Satellite B37] {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. M.2-2230 with USB+PCIe} {R. CR2032 2-pin CMOS battery}
C40D-A {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. half MiniPCIe with USB+PCIe} {R. CR2032 CMOS battery} {R. Li-Ion 18650 battery}
C50D-A/C55D(T)-A {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. half MiniPCIe with USB+PCIe} {R. CR2032 CMOS battery} {R. Li-Ion 18650 battery}
C50D-B/C55D(T)-B {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. M.2-2230 with USB+PCIe}
C55D(T)-C {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. M.2-2230 with USB+PCIe}
C70D-A/C75D-A {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. half MiniPCIe with USB+PCIe} {R. CR2032 CMOS battery} {R. Li-Ion 18650 battery}
C70D-B/C75D-B {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. M.2-2230 with USB+PCIe} {R. Li-Ion 18650 battery}
C70D-C/C75D-C {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. M.2-2230 with USB+PCIe}
Notes: The C40-C/C45-C, C50D-B/C55D(T)-B, C50-C/C55-C, C55D(T)-C, C70-C/C75-C, and the C70D-C/C75D-C uses two screws to secure their non-removable Li-Ion 18650 battery pack.
Rebadges: S40DT-A, S70(T)-A/S75(T)-A, L70-A/L75-A, L70-C/L75-C, L40D(T)-A/L45D-A, and the L70D-B. Color is two tone glossy black and gray (for -A models). Satellite Pro C40-A, C50-A, C70-A, C70-B, and the C70-C, color is single tone matte black.
Warning: The C40-B/C45-B, C40-C/C45-C, C50(T)-B/C55(T)-B, C50D-B/C55D(T)-B, C55D(T)-C, C70D-B/C75D-B, and the C70D-C/C75D-C used their main battery pack as a CMOS battery. They do not have a dedicated CMOS battery. If the main battery pack completely loses charge, the UEFI and the RTC settings will be cleared. The C40(T)-A/C45(T)-A, C50(T)-A/C55(T)-A, and the C70-A/C75-A had an optional NVIDIA GeForce 710M 2 GiB DDR3 (64-bit) with Optimus [10DE:1140] or a NVIDIA GeForce GT 740M 2 GiB DDR3 (64-bit) with Optimus [10DE:1292] (S70(T)-A/S75(T)-A and L70-A/L75-A only). The C50-C/C55(T)-C and the C70-C/C75-C had an optional NVIDIA GeForce 930M 2 GiB DDR3 (64-bit) with Optimus [10DE:1346]. The C70-B/C75-B had an optional AMD Radeon R7 M260 2 GiB DDR3 (64-bit) with Enduro [1002:6900].

Satellite Exx series:
E45T-A {R. 2x DDR3L RAM} {R. SATA SSD} {R. M.2-2230 with USB+PCIe} {R. M.2-2242 with SATA}
E45(T)-B {R. 2x DDR3L RAM} {R. SATA SSD} {R. M.2-2230 with USB+PCIe}
E55(T)-A {R. 2x DDR3L RAM} {R. SATA SSD} {R. M.2-2230 with USB+PCIe} {R. M.2-2242 with SATA}
E55D(T)-A {R. 2x DDR3L RAM} {R. SATA SSD} {R. half MiniPCIe with USB+PCIe}
Notes: The E45(T)-B uses two screws to secure its non-removable Li-Ion 18650 battery pack. The E55(T)-A had an optional M.2-2242 slot with SATA.
Rebadges: S45(T)-B, U40(T)-A/U45(T)-A, U50(T)-A/U55-A, U50D(T)-A, M50-A, and the M50D(T)-A. The M50-A had an optional NVIDIA GeForce GT 740M 2 GiB DDR3 (64-bit) with Optimus [10DE:1292].
Warning: The E45T-A, E55(T)-A, and the E55D(T)-A have a soldered CR2032 battery, which is a 2-pin blue cell that can be found on the motherboard. The E45(T)-B uses its main battery pack as its CMOS battery. It does not have a dedicated CMOS battery. If the main battery pack completely loses charge, the UEFI and the RTC settings will be cleared.

Satellite Lxx series:
L10(T)-C [JP: dynabook N51] {R. SATA SSD} {R. M.2-2230 with USB+PCIe}
L12-C {R. SATA SSD} {R. M.2-2230 with USB+PCIe}
L15-B {R. full MiniPCIe with SATA} {R. M.2-2230 with USB+PCIe}
L40(T)-A/L45(T)-A {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. half MiniPCIe with PCIe}
L40-B/L45-B {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. M.2-2230 with USB+PCIe}
L45-C {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. M.2-2230 with USB+PCIe}
L50(T)-A/L55(T)-A {R. Socket G3 CPU} {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. half MiniPCIe with USB+PCIe}
L50(T)-B/L55(T)-B {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. M.2-2230 with USB+PCIe}
L50-C/L55(T)-C {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. M.2-2230 with USB+PCIe}
L40D(T)-B/L45D(T)-B {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. M.2-2230 with USB+PCIe}
L45D-C {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. M.2-2230 with USB+PCIe}
L50D-A/L55D(T)-A {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. half MiniPCIe with PCIe} {R. CR2032 CMOS battery}
L50D-B/L55D(T)-B {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. M.2-2230 with USB+PCIe}
L50D-C/L55D(T)-C {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. M.2-2230 with USB+PCIe}
L70D-A/L75D-A {R. Socket FS1r2 CPU} {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. half MiniPCIe with USB+PCIe} {R. CR2032 CMOS battery} {R. Li-Ion 18650 battery}
Notes: The L40-B/L45-B, L50(T)-B/L55(T)-B, L50-C/L55(T)-C, L40D(T)-B/L45D(T)-B, L45D-C, L50D-B/L55D(T)-B, and the L50D-C/L55D(T)-C uses two screws to secure their non-removable Li-Ion 18650 battery pack. The L50(T)-A/L55(T)-A generally used Socket G3 CPUs, but most used BGA CPUs. The L50-C/L55(T)-C had an optional M.2-2280 SATA slot or a standard SATA slot depending on the configuration.
Rebadges: Satellite Pro L50-A, L50-B, and the L70-A. Some configurations of the L50-C/L55(T)-C are rebadged P50(T)-C configurations with no changes. S50(T)-A/S55(T)-A, S50D-B, and S70D-A/S75D(T)-A.
Warning: The L10(T)-C, L12-C, L50(T)-A/L55(T)-A, L50(T)-B/L55(T)-B, and the L40D(T)-B/L45D(T)-B used their main battery pack as their CMOS battery. They do not have a dedicated CMOS battery. If the main battery pack completely loses charge, the UEFI and the RTC settings will be cleared. The L40(T)-A/L45(T)-A has a soldered CR2032 battery, which is a 2-pin blue cell that can be found on the motherboard. The L50(T)-A/L55(T)-A had an optional NVIDIA GeForce GT 740M 2 GiB DDR3 (64-bit) with Optimus [10DE:1292]. The L50(T)-B/L55(T)-B had an optional AMD Radeon R7 M260 2 GiB DDR3 (64-bit) with Enduro [1002:6900].

Satellite Pxx series:
P40(T)-A {R. 2x DDR3L RAM} {R. SATA SSD} {R. M.2-2230 with USB+PCIe} {R. M.2-2242 with SATA}
P50(T)-A/P55(T)-A {R. Socket G3 CPU} {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. half MiniPCIe with USB+PCIe} {R. CR2032 2-pin CMOS battery}
P50(T)-B/P55(T)-B {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. M.2-2230 with USB+PCIe} {R. CR2032 2-pin CMOS battery}
P50(T)-C {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. M.2-2230 with USB+PCIe} {R. CR2032 CMOS battery}
P70(T)-A/P75-A {R. Socket G3 CPU} {R. 4x DDR3L RAM} {R. 2x SATA SSD} {R. SATA ODD} {R. half MiniPCIe with USB+PCIe} {R. CR2032 CMOS battery} {R. Li-Ion 18650 battery}
P70-B [JP: dynabook Satellite T97/T87] {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. M.2-2230 with USB+PCIe} {R. CR2032 CMOS battery} {R. Li-Ion 18650 battery}
Notes: The P40(T)-A was never released, although the U40(T)-A/U45(T)-A seems to be the same model. The P50(T)-C uses two screws to secure its non-removable Li-Ion 18650 battery pack. All P50(T)-C configurations with dual-core Skylake CPUs contain a SATA ODD bay, but all quad-core Skylake configurations do not as the space was reused to extend the motherboard for the HM170 chipset and a second fan to fit. The chassis is entirely different as well, which makes it impossible to install dual-core motherboards in a chassis meant for quad-core motherboards or vice-versa.
Rebadges: S70(T)-B/S75(T)-B and L70-B/L75-B, color is two tone glossy white and black. S50(T)-C/S55(T)-C, color is two tone matte silver and black. Qosmio X70-B. This rebadged P70-B retains the color scheme used in the Qosmio X70-A/X75-A.
Warning: The P50(T)-A/P55(T)-A and the P70(T)-A/P75-A had an optional NVIDIA GeForce GT 745M 2/4 GiB DDR3 (128-bit) with Optimus [10DE:0FE3]. The P50(T)-B/P55(T)-B and the P70-B had an optional AMD Radeon R9 M265X 2/4 GiB GDDR5 (128-bit) with Enduro [1002:6823]. The P50(T)-C had an optional NVIDIA GeForce 930M 2 GiB DDR3 (64-bit) with Optimus [10DE:1346], other configurations of the P50(T)-C had a NVIDIA GeForce GTX 950M 2/4 GiB DDR3 (128-bit) with Optimus [10DE:139A]. All P50(T)-C configurations with Broadwell CPUs contain the SATA ODD bay, but they lack a dedicated CMOS battery and used their main battery pack as a CMOS battery. If the main battery pack completely loses charge, the UEFI and the RTC settings will be cleared.

Satellite Sxx series:
S40(T)-A/S45(T)-A {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. M.2-2230 with USB+PCIe}
S50(T)-B/S55(T)-B {R. 2x DDR3L RAM} {R. SATA SSD} {R. M.2-2230 with USB+PCIe}
S50D(T)-A/S55D(T)-A {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. half MiniPCIe with PCIe} {R. CR2032 CMOS battery}
Notes: The S40(T)-A/S45(T)-A, S50(T)-B/S55(T)-B used their main battery pack as their CMOS battery. They do not have a dedicated CMOS battery. If the main battery pack completely loses charge, the UEFI and the RTC settings will be cleared. The S50(T)-B/S55(T)-B uses two screws to secure their non-removable Li-Ion 18650 battery pack.
Warning: The S50(T)-B/S55(T)-B has a nonsensical heatsink design as it reuses the L50(T)-B/L55(T)-B's chassis; it places the fan in the ODD bay while leaving the original fan location unoccupied. The S50(T)-B/S55(T)-B had an optional AMD Radeon R7 M260 2 GiB DDR3 (64-bit) with Enduro [1002:6900]. The S50D(T)-A/S55D(T)-A had an optional AMD Radeon HD 8570M 1 GiB DDR3 (64-bit) with Enduro [1002:6663].

Satellite Wxx series:
W30T-A/W35T-A {R. SATA SSD} {R. half MiniPCIe with USB+PCIe} {R. CR2032 CMOS battery}
W30DT-A/W35DT-A {R. SATA SSD} {R. half MiniPCIe with USB+PCIe} {R. CR2032 CMOS battery}
Notes: Might be a Satellite Click, although it is officially known as a Satellite. All models utilize the SFF-8784 SATA connector, they are not the regular SATA slot that you see on most notebooks.

Satellite CLxx series:
CL15(T)-B {R. M.2-2230 with USB+PCIe}
CL10(T)-C/CL15-C {R. M.2-2230 with USB+PCIe} {R. CR2032 2-pin CMOS battery}
CL45-C {R. M.2-2230 with USB+PCIe}
Notes: The CL45-C uses two screws to secure its non-removable Li-Ion 18650 battery pack.
Warning: The CL15(T)-B and the CL45-C used their main battery pack as a CMOS battery. They do not have a dedicated CMOS battery. If the main battery pack completely loses charge, the UEFI and the RTC settings will be cleared.

Satellite NBxx series:
NB10(T)-A/NB15(T)-A {R. 1x DDR3L RAM} {R. SATA SSD} {R. half MiniPCIe with USB+PCIe} {R. CR2032 2-pin CMOS battery}
Notes: The NB10(T)-A/NB15(T)-A uses two screws to secure its non-removable Li-Ion 18650 battery pack.
Rebadges: Satellite Pro NB10(T)-A, color is single tone matte black.

Satellite Click series:
Mini L9W-B [JP: dynabook S29/N29]
10 LX0W-C/LX5W-C [JP: dynabook S40/N40]
2 L30W-B/L35W-B {R. SATA SSD} {R. M.2-2230 with USB+PCIe}
2 Pro P30W-B/P35W-B {R. full MiniPCIe with SATA} {R. M.2-2230 with USB+PCIe}
Warning: All models in this series used their main battery pack as a CMOS battery. They do not have a dedicated CMOS battery. If the main battery pack completely loses charge, the UEFI and the RTC settings will be cleared.

Satellite Radius series:
11 L10W-B/L15W-B {R. SATA SSD} {R. M.2-2230 with USB+PCIe}
11 L10W-C {R. M.2-2230 with USB+PCIe} {R. CR2032 2-pin CMOS battery}
11 CL10W-B {R. SATA SSD} {R. M.2-2230 with USB+PCIe}
11 CL10W-C {R. M.2-2230 with USB+PCIe} {R. CR2032 2-pin CMOS battery}
12 P20W-C/P25W-C {R. M.2-2280 with SATA} {R. M.2-2230 with USB+PCIe}
14 L40W-C {R. 2x DDR3L RAM} {R. SATA SSD} {R. M.2-2230 with USB+PCIe}
14 E40W-C/E45W-C {R. 2x DDR3L RAM} {R. SATA SSD} {R. M.2-2230 with USB+PCIe}
15 P50W-B/P55W-B {R. 2x DDR3L RAM} {R. SATA SSD} {R. M.2-2230 with USB+PCIe}
15 P50W-C/P55W-C {R. 2x DDR3L RAM} {R. SATA SSD} {R. M.2-2230 with USB+PCIe}
14 L40DW-C {R. 2x DDR3L RAM} {R. SATA SSD} {R. M.2-2230 with USB+PCIe}
14 E45DW-C {R. 2x DDR3L RAM} {R. SATA SSD} {R. M.2-2230 with USB+PCIe}
Warning: All models in this series used their main battery pack as a CMOS battery, except for the 11 L10W-C and the 11 CL10W-C. They do not have a dedicated CMOS battery. If the main battery pack completely loses charge, the UEFI and the RTC settings will be cleared.

Qosmio series

Suffixes:
-x: Generation indicator (A40-A = 1st generation, A40-B = 2nd generation)
Notes: All models in this list were not built by Toshiba.

Qosmio Xxx series:
X70-A/X75-A [JP: dynabook Qosmio T974] {R. Socket G3 CPU} {R. MXM 3.0 Type B GPU} {R. 4x DDR3L RAM} {R. full MiniPCIe with SATA} {R. 2x SATA SSD} {R. SATA ODD} {R. half MiniPCIe with USB+PCIe} {R. CR2032 CMOS battery} {R. Li-Ion 18650 battery}
Notes: Built by Quanta (Quanta BDD). MXM GPUs without an LVDS display-out are not guaranteed to work in the X70-A/X75-A. Most modern MXM GPUs will have contact issues with the GPU heatsink's placement as the VRM and VRAM may be in different positions, making next to no contact with the GPU heatsink. Modifications will be needed if the GPU heatsink makes no contact with the MXM GPU.
Warning: The X70-A/X75-A has a NVIDIA GeForce GTX 770M 3 GiB GDDR5 (192-bit) with Optimus [10DE:11E0].

Tecra series

Suffixes:
-x: Generation indicator (A40-A = 1st generation, A40-B = 2nd generation)
T: Touchscreen (Z40T-A)
Notes: All models in this list were built by Toshiba.

Tecra Axx series:
A40-C {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. M.2-2230 with USB+PCIe} {R. CR2032 2-pin CMOS battery} {R. Li-Ion 18650 battery}
A40-D {R. 2x DDR4 RAM} {R. SATA SSD} {R. SATA ODD} {R. M.2-2230 with USB+PCIe} {R. CR2032 2-pin CMOS battery} {R. Li-Ion 18650 battery}
A50-A [JP: dynabook Satellite B453/B553] {R. Socket G2 CPU} {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. half MiniPCIe with USB+PCIe} {R. M.2-2242 with USB} {R. Ni-MH 2-pin CMOS battery} {R. Li-Ion 18650 battery}
A50-A [JP: dynabook Satellite B454/B554/B654] {R. Socket G3 CPU} {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. half MiniPCIe with USB+PCIe} {R. M.2-2242 with USB} {R. Ni-MH 2-pin CMOS battery} {R. Li-Ion 18650 battery}
A50-C {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. M.2-2230 with USB+PCIe} {R. CR2032 2-pin CMOS battery} {R. Li-Ion 18650 battery}
A50-D {R. 2x DDR4 RAM} {R. SATA SSD} {R. SATA ODD} {R. M.2-2230 with USB+PCIe} {R. CR2032 2-pin CMOS battery} {R. Li-Ion 18650 battery}
Notes: The B453 and the B553 were Japanese variants of the Socket G2-based A50-A; dedicated graphics was not an option in these variants. The A50-A's Japanese variants were sold with a tile-style keyboard as an option. Some configurations had a docking port, smart card reader, fingerprint reader, backlit keyboard and a pointing stick. Configurations without these features will still have the fingerprint reader's connector present, but the rest are not. WWAN (optional) is rare and is only available in the A40-C (with WWAN factory-installed), A50-A, and the A50-C (with or without, the connector is present on Skylake configurations but not on Broadwell configurations). Note that the WWAN card is installed in an ODD adapter that replaces the SATA ODD as all configurations lack an M.2-2242 slot, except for some configurations of the A50-A which do have an M.2-2242 slot.
Rebadges: Satellite Pro A40-C, A40-D, A50-A, A50-C, and the A50-D. Tecra Z50-C and the Z50-D. The Z50-C and the Z50-D retains the Z50-A's color scheme, which is also an option for the A40-C and A40-D.
Warning: The A50-C and A50-D can be bent easily due to their low structural stiffness. The A50-A had an optional NVIDIA GeForce GT 730M 1 GiB DDR3 (64-bit) with Optimus [10DE:1290]. The A50-C and the Z50-C had an optional NVIDIA GeForce 930M 2 GiB DDR3 (64-bit) with Optimus [10DE:1346]. The A50-A's Japanese variants were sold without a numpad as an option (G83C000DU2JP). All compatible keyboards with a numpad can't be retrofitted as its keyboard connector is shifted closer to the battery connector, even with a matching palmrest installed. The only English keyboard that is electrically compatible with the no-numpad variant can taken from a working Satellite C840(D)/C845(D) or C40(D)-A. However, keep in mind that the screw post(s) must be removed before installation as they do not fit in the A50-A.

Tecra Cxx series:
C40-C [JP: dynabook B54] {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. M.2-2230 with USB+PCIe} {R. CR2032 2-pin CMOS battery} {R. Li-Ion 18650 battery}
C40-D {R. 2x DDR4 RAM} {R. SATA SSD} {R. SATA ODD} {R. M.2-2230 with USB+PCIe} {R. CR2032 2-pin CMOS battery} {R. Li-Ion 18650 battery}
C50-B [JP: dynabook Satellite R35/B35] {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. M.2-2230 with USB+PCIe} {R. CR2032 CMOS battery} {R. Li-Ion 18650 battery}
C50-C [JP: dynabook B35/B55/B65/B75] {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. M.2-2230 with USB+PCIe} {R. CR2032 2-pin CMOS battery} {R. Li-Ion 18650 battery}
C50-D [JP: dynabook B35/B45/B55/B65/B75] {R. 2x DDR4 RAM} {R. SATA SSD} {R. SATA ODD} {R. M.2-2230 with USB+PCIe} {R. CR2032 2-pin CMOS battery} {R. Li-Ion 18650 battery}
Notes: Rebadged Tecra Axx series models with a single-tone matte black color applied. They never came with a fingerprint reader, smart card reader, WWAN, pointing stick, backlit keyboard, or a docking port installed. The C50-C and the C50-D's Japanese variants were sold with a memory hatch as a standard option on some configurations, but these lack an opening for the docking port. This means motherboards with a docking port may not fit, although replacing the bottom case with an opening for the docking port will allow it to fit (except for the C50-B, it never had a docking port).
Rebadges: Satellite Pro R40-C, R40-D, R50-B, R50-C, and the R50-D. The R50-B was never sold with a tile-style keyboard that was used in older C50-B configurations.
Warning: Some Japanese variants lack an integrated webcam and microphone. The C40-C's Japanese variant had an optional fingerprint reader. All Japanese variants excluding the C40-C's Japanese variant had a tile-style keyboard that was identical to the keyboard used in the C50-B's older configurations. The C50-C and the C50-D's Japanese variants were sold without a numpad as an option (G83C000GK5JP). English keyboards do not exist for these no-numpad variants.

Tecra Wxx series:
W50-A [JP: dynabook Satellite WS754] {R. Socket G3 CPU} {R. 4x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. half MiniPCIe with USB+PCIe} {R. M.2-2242 with USB} {R. Ni-MH 2-pin CMOS battery} {R. Li-Ion 18650 battery}
Notes: The W50-A is a rebadged A50-A with a NVIDIA Quadro K2100M 2 GiB GDDR5 (128-bit) without Optimus [10DE:11FC], an optional 15.6" 3840x2160 display panel, and an optional low-profile serial port. All optional features of the A50-A are standard for the W50-A, excluding the rare WWAN option.

Tecra Xxx series:
X40-D {R. 2x DDR4 RAM} {R. M.2-2280 with SATA+NVMe} {R. M.2-2230 with USB+PCIe} {R. M.2-2242 with USB} {R. CR2032 2-pin CMOS battery}
Notes: The Z40(T)-C's successor. No dedicated GPU, no docking port, but retains the touchscreen for some configurations despite lacking a T suffix. Some configurations lack an M.2-2242 slot, which is located on the USB+audio board.

Tecra Zxx series:
Z40(T)-A [JP: dynabook R644] {R. 2x DDR3L RAM} {R. SATA SSD} {R. M.2-2230 with USB+PCIe} {R. M.2-2242 with USB} {R. Ni-MH 2-pin CMOS battery}
Z40(T)-B [JP: dynabook R64] {R. 2x DDR3L RAM} {R. SATA SSD} {R. M.2-2230 with USB+PCIe} {R. M.2-2242 with USB} {R. CR2032 2-pin CMOS battery}
Z40(T)-C [JP: dynabook R64] {R. 2x DDR3L RAM} {R. SATA SSD} {R. M.2-2230 with USB+PCIe} {R. M.2-2242 with USB} {R. CR2032 2-pin CMOS battery}
Z50-A [JP: dynabook R654] {R. 2x DDR3L RAM} {R. SATA SSD} {R. M.2-2230 with USB+PCIe} {R. M.2-2242 with USB} {R. Ni-MH 2-pin CMOS battery}
Notes: The Z40(T)-A, Z40(T)-B, Z40(T)-C, and the Z50-A had an optional M.2-2242 slot. All configurations have a backlit keyboard, pointing stick, docking port, fingerprint reader, and a smart card reader (optional).
Warning: The Z40(T)-A and the Z50-A had an optional NVIDIA GeForce GT 730M 1 GiB DDR3 (64-bit) with Optimus [10DE:1290]. The Z40(T)-B and the Z40(T)-C had an optional NVIDIA GeForce 930M 2 GiB DDR3 (64-bit) with Optimus [10DE:1346].

Portege series

Suffixes:
-x: Generation indicator (A40-A = 1st generation, A40-B = 2nd generation)
T: Touchscreen (A30T-C)
W: 2-in-1 convertible (X20W-D)
Notes: All models in this list were built by Toshiba.

Portege Rxx series:
R30-A [JP: dynabook R734] {R. Socket G3 CPU} {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. half MiniPCIe with USB+PCIe} {R. M.2-2242 with USB} {R. Ni-MH 2-pin CMOS battery} {R. Li-Ion 18650 battery}
R30-B [JP: dynabook R73] {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. M.2-2230 with USB+PCIe} {R. M.2-2242 with USB} {R. CR2032 2-pin CMOS battery} {R. Li-Ion 18650 battery}
R30-C [JP: dynabook R73] {R. 2x DDR3L RAM} {R. SATA SSD} {R. SATA ODD} {R. M.2-2230 with USB+PCIe} {R. M.2-2242 with USB} {R. CR2032 2-pin CMOS battery} {R. Li-Ion 18650 battery}
R30-D [JP: dynabook R73/RX33] {R. 2x DDR4 RAM} {R. SATA SSD} {R. SATA ODD} {R. M.2-2230 with USB+PCIe} {R. M.2-2242 with USB} {R. CR2032 2-pin CMOS battery} {R. Li-Ion 18650 battery}
Notes: The R30-A, R30-B, R30-C, and the R30-D may or may not have an M.2-2242 slot, docking port, touchscreen, fingerprint reader, smart card reader, pointing stick and a backlit keyboard. The R30-C and the R30-D's Japanese variants were sold with a memory hatch as a standard option on some configurations, but they lack an opening for the docking port. These rare configurations' bottom cover can't be retrofitted to models that originally did not have a memory cover, unless the palmrest from the memory hatch variant is installed.
Rebadges: Portege A30(T)-C, A30-D, Satellite Pro A30(T)-C, and the A30-D.
Warning: The R30-A must be charged with a 90 W charger if a quad-core CPU is installed. The R30-B, R30-C, and the R30-D can be bent easily due to their low structural stiffness. Some Japanese variants do not have an optical drive bay (not a blank insert, the bottom case doesn't have an opening for it), integrated webcam, and a microphone.

Portege Xxx series:
X20W-D [JP: dynabook VC72/VZ72] {R. M.2-2280 with SATA+NVMe} {R. M.2-2230 with USB+PCIe} {R. M.2-2242 with USB} {R. CR2032 2-pin CMOS battery}
X30-D [JP: dynabook U63] {R. 2x DDR4 RAM} {R. M.2-2280 with SATA+NVMe} {R. M.2-2230 with USB+PCIe} {R. M.2-2242 with USB} {R. CR2032 2-pin CMOS battery}
Notes: The Portege Zxx series' successor, Z20T-C > X20W-D, Z30(T)-C > X30-D. The X30-D had an optional touchscreen and/or an M.2-2242 slot, which is located on the USB+audio board. Touchscreens are standard for the X20W-D.
Warning: The X30-D's Japanese variant may lack an integrated webcam, microphone, pointing stick and a backlit keyboard.

Portege Zxx series:
Z10T-A/Z15T-A [JP: dynabook V713/V714] {R. full MiniPCIe with SATA} {R. M.2-2230 with USB+PCIe} {R. M.2-2242 with USB} {R. Ni-MH 2-pin CMOS battery}
Z20T-B [JP: dynabook R82] {R. M.2-2280 with SATA} {R. M.2-2230 with USB+PCIe} {R. M.2-2242 with USB} {R. CR2032 2-pin CMOS battery}
Z20T-C [JP: dynabook R82] {R. M.2-2280 with SATA} {R. M.2-2230 with USB+PCIe} {R. M.2-2242 with USB} {R. CR2032 2-pin CMOS battery}
Z30(T)-A/Z35-A [JP: dynabook R634] {R. 2x DDR3L RAM} {R. full MiniPCIe with SATA} {R. M.2-2230 with USB+PCIe} {R. M.2-2242 with USB} {R. Ni-MH 2-pin CMOS battery}
Z30(T)-B [JP: dynabook R63] {R. 2x DDR3L RAM} {R. full MiniPCIe with SATA} {R. M.2-2230 with USB+PCIe} {R. M.2-2242 with USB} {R. CR2032 2-pin CMOS battery}
Z30(T)-C [JP: dynabook R63] {R. 2x DDR3L RAM} {R. M.2-2280 with SATA} {R. M.2-2230 with USB+PCIe} {R. M.2-2242 with USB} {R. CR2032 2-pin CMOS battery}
Notes: The Z10T-A/Z15T-A, Z20T-B, Z20T-C, Z30(T)-A/Z35-A, Z30(T)-B, and the Z30(T)-C had an optional M.2-2242 slot. The Z10T-A/Z15T-A, Z30(T)-A/Z35-A, and the Z30(T)-B needs an adapter to install half-length mSATA cards as they lack the screw posts required to secure them. The Z30-D doesn't exist, but the Z30-E does. As Kaby Lake CPUs are available as an option for the Z30-E, they would be unofficially considered a Z30-D.
Rebadges: Portege WT20-B (Z20T-B), Satellite Z30-A and Z30-B.
Warning: The Z30(T)-A/Z35-A, Z30(T)-B, and the Z30(T)-C's Japanese variants may lack an integrated webcam, pointing stick and a backlit keyboard.

KIRA series

Suffixes:
-x: Generation indicator (A40-A = 1st generation, A40-B = 2nd generation)
Notes: All models in this list were built by Toshiba.

KIRA series:
101/102 {R. full MiniPCIe with SATA} {R. M.2-2230 with USB+PCIe} {R. Ni-MH 2-pin CMOS battery}
107/108/109/10D/10H [JP: dynabook V63/V73/V83] {R. full MiniPCIe with SATA} {R. M.2-2230 with USB+PCIe} {R. Ni-MH 2-pin CMOS battery}

Chromebook series

Suffixes:
-x: Generation indicator (A40-A = 1st generation, A40-B = 2nd generation)
Notes: All models in this list were not built by Toshiba.

Chromebook series:
CB30-A/CB35-A {R. half MiniPCIe with USB+PCIe} {R. CR2032 2-pin CMOS battery}
2 CB30-B/CB35-B {R. M.2-2230 with USB+PCIe} {R. M.2-2242 with SATA} {R. CR2032 2-pin CMOS battery}
2 CB30-C/CB35-C {R. M.2-2230 with USB+PCIe} {R. M.2-2242 with SATA} {R. CR2032 2-pin CMOS battery}
Notes: Built by Quanta. CB30-A/CB35-A = Quanta BU9. CB30-B/CB35-B = Quanta BUH. CB30-C/CB35-C = Quanta BUI. The 2 CB30-B/CB35-B had an optional M.2-2242 slot.

Last edited by Solplay on 2025-11-05, 13:38. Edited 16 times in total.

Reply 2 of 7, by MAZter

Posted on 2024-07-01, 16:26

MAZter Offline

Rank Oldbie

Rank: Oldbie
Posts: 680
Joined: 2005-01-30, 04:26

Portege 3xxx series:

DynaBook SS 3330V

Doom is what you want (c) MAZter

Reply 3 of 7, by MAZter

Posted on 2024-08-25, 00:07

MAZter Offline

Rank Oldbie

Rank: Oldbie
Posts: 680
Joined: 2005-01-30, 04:26

Solplay wrote on 2021-03-19, 18:09:

Accessories:

Proprietary:
Libretto 20CT Port Replicator (PA2720UJ)

Incorrect information. PA2720UJ is for Libretto 50 and higher

Doom is what you want (c) MAZter

Reply 4 of 7, by Solplay

Posted on 2024-10-19, 16:42

Solplay Offline

Rank Newbie

Rank: Newbie
Posts: 22
Joined: 2019-09-14, 13:35

Thanks. Corrected that mistake and added the 3330V to the list. I assume that's based off the 3020CT?

I should stress the fact that whatever I've documented is not 100% correct and complete, there's just too many Japan exclusives to look out for and their compatibility with international counterparts. Could use some help for the DynaBook V486 series for example...

Reply 5 of 7, by acadiel

Posted on 2024-11-10, 15:59

acadiel Offline

Rank Newbie

Rank: Newbie
Posts: 8
Joined: 2020-08-06, 01:10

My compiled list of parts:

https://github.com/hexbus/toshibalaptopparts

A good source of used parts: https://www.impactcomputers.com/

NOS service parts I have that I would love to get rid of for shipping and donations (I paid $1000 for a truckload of all their Toshiba parts plus about $500 in shipping to get these from Computer Reset - so far have realized minimal % recouped from the rescue, but I did this to get stuff back into the community’s hands to fix systems!)

Due to my disability I would love to have people like the guy from NC near me (I’m in NE Atlanta suburbs) pick up a carload at a time of stuff. I just don’t have energy to do a lot of single part shipments. Most of the models for each part I have is identified. Assume anything needs a recap that has a 486 or older. I’ve had Pentium stuff work out of the box. Belt driven floppies need new belts. Some plastics are discolored due to age but many are actually new looking.

https://docs.google.com/spreadsheets/d/1B11gJ … EwmgxaseXI/edit

(Keep in mind someone that fixes T4000 series got those particular parts last week so I updated that - I know who it is and can direct you to them; they got more than they needed and may be persuaded to help fix a unit.)

I’ve fixed so many of these systems up that I know a lot of the tips and tricks too. You’ll find a 1.25mn to 1.0mm FPC floppy adapter in my GitHub as well. I’ve also put servo driven floppies in the 100 series by using a different FFC cable and drilling new holes in the floppy mount, I’ve used later backlight inverters by using VHB that had the same connectors that work just fine, etc. So many ways to fix these…..

Reply 6 of 7, by GueTech

Posted on 2025-01-01, 19:09

GueTech Offline

Rank Newbie

Rank: Newbie
Posts: 1
Joined: 2025-01-01, 18:50

Looking for anything related to deskstation V plus (PA2710U) or Tecra 780DVD for resto project. Desperately need a set of keys for the deskstation or someone willing to loan one so I can make copies!

Thanks in advance.

Reply 7 of 7, by Bike Forever

Posted on 2025-01-26, 06:35

Bike Forever Offline

Rank Newbie

Rank: Newbie
Posts: 7
Joined: 2024-04-22, 14:25

Did you have the maintenance disks for any of the machines? I have a T4500 that has a password and need the relevant disk to reset it.

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