Glemt adgangskode?
Opret konto

Transcend - 2GB - DDR3 - 1066MHz - SO DIMM 204-PIN

Transcend - 2GB - DDR3 - 1066MHz - SO DIMM 204-PIN CL7

Producent Transcend
Produkt nr. TS256MSK64V1N
EAN 0760557818854
Varenummer 194766
356,- DKK
Lagerstatus:
  0 stk. København
  0 stk. Aarhus
  0 stk. Fjernlager
Forventet levering ved bestilling: 02-08-2017
Mere info
Produktbeskrivelse Transcend - DDR3 - 2 GB - SO DIMM 204-PIN
Produkttype RAM-hukommelse
Kapacitet 2 GB
Hukommelsestype DDR3 SDRAM - SO DIMM 204-PIN
Opgraderingstype System specifikationer
Dataintegritetskontrol Ikke-paritet
Hastighed 1066 MHz (PC3-8500)
S??getids Timinger CL7
Egenskaber On-Die Termination (ODT), Serial Presence Detect (SPD), ikke bufferet
Sp??nding 1.5 V
Producentgaranti Begr??nset livtidsgaranti
Designet for ASUS B43; B53; N43; N52; N53; N61; N73; Pro32; U41; Compaq Presario CQ1, CQ42, CQ43, CQ56, CQ62; Dell Latitude 2120, E6220, E6420; HP 18, 200, G1, G62; Envy 13, 14, 17; Mini 110, 210; Pavilion dm1, dm4, dv3, dv4, DV6, dv7, dv8, g4, G6, G7; Toshiba Satellite C645, C660, C670, L750; Satellite Pro C660
Kapacitet 2 GB
Opgraderingstype System specifikationer
Type DRAM
Teknologi DDR3 SDRAM
Model SO DIMM 204-PIN
Hastighed 1066 MHz (PC3-8500)
S??getids Timinger CL7
Dataintegritetskontrol Ikke-paritet
Egenskaber On-Die Termination (ODT), Serial Presence Detect (SPD), ikke bufferet
Modulkonfiguration 256 x 64
Organisering af chips 256 x 8
Sp??nding 1.5 V
Kompatible ??bninger 1 x Hukommelse - SO DIMM 204-PIN
Overensstemmelsesstandarder RoHS
Service & Support Begr??nset livtidsgaranti
Designet for Compaq Presario CQ42-103TU, CQ42-105TU, CQ42-109TU, CQ42-111TU, CQ42-119TU, CQ42-125TU, CQ42-126TU, CQ42-135TU, CQ42-151TX, CQ42-152TU, CQ42-152TX, CQ42-153TX, CQ42-154TX, CQ42-158TX, CQ42-160TU, CQ42-160TX, CQ42-163TX, CQ42-165TX, CQ42-167TU, CQ42-168TU, CQ42-169TU, CQ42-173TU, CQ42-173TX, CQ42-189TX, CQ42-215TU, CQ42-216TU, CQ42-254TU, CQ42-254TX, CQ42-255TX, CQ42-256TX, CQ42-257TU, CQ42-257TX, CQ42-258TU, CQ42-269TX, CQ42-275TX, CQ42-276TU, CQ62-418NR ¦ HP 18-1101la, G62-407DX, G62-454CA, G62-454TU, G62-456TU, G62-465DX ¦ HP Envy 13-1150ef, 17-1195ca ¦ HP Mini 210-1129tu ¦ HP Pavilion dm1-3080la, dm1-3090la, dm1-3210us, dm1-3216au, dm1-3265la, dm4-1101tx, dm4-1102tx, dm4-1277sb, dm4-1280la, dv3-4140es, dv4-4030us, dv6-2112ez, dv6-2151ez, dv6-2153el, dv6-3010ez, dv6-3011sg, dv6-3020ep, dv6-3030ep, dv6-3030sp, dv6-3040sp, dv6-3085ea, dv6-3204tx, dv6-3210us, dv6-3212nr, dv6-3216us, dv6-3217cl, dv6-3223cl, dv6-3225dx, dv6-3227cl, dv6-3230us, dv6-3231nr, dv6-3234nr, dv6-3236nr, dv6-3237nr, dv6-3238nr, dv6-3240ca, dv6-3243cl, dv6-3257cl, dv6-3257sb, dv6-3259wm, dv6-3263cl, dv6-3264ca, dv6-3267cl, dv6-3268ca, dv6-3270ca, dv6-3275ca, dv6-3278ca, dv6-3280ca, dv6-3284ca, dv6-3286ca, dv6-3320el, dv6-3385la, dv7-4104ca, dv7-4127ca, dv7-4138ca, dv7-4151nr, dv7-4154ca, dv7-4157cl, dv7-4165dx, dv7-4167ca, dv7-4169wm, dv7-4174ca, dv7-4177ca, dv7-4177nr, dv7-4178ca, dv7-4178nr, dv7-4179nr, dv7-4182nr, dv7-4183cl, dv7-4191nr, dv7-4197cl, dv7-4198ca, dv7-4248ca, dv7-4260ca, dv7-4310ef, dv8-1000eb, dv8-1003tx, dv8-1007tx, dv8-1010el, dv8-1010tx, dv8-1050eg, dv8-1050es, dv8-1080ea, dv8-1080ed, dv8-1080ez, dv8-1090ef, dv8-1180ed, dv8-1180eg, dv8-1180ez, dv8-1190ef, dv8-1190eg, dv8-1190eo, dv8-1190ez, dv8-1200ed, dv8-1210eg, dv8-1220eg, dv8-1280eo, dv8-1280ez, dv8-1290ez, g4-1011nr, g4-1016dx, g4-1022ca, g4-1036tu, g4-1038tu, g4-1040tx, g4-1041tx, g4-1104dx, g4-1117nr, G6-1113tu, G7-1033cl, G7-1050sa, G7-1075dx, G7-1075nr, G7-1081nr

The TS256MSK64V1N is a 256M x 64 bits DDR3-1066 SO-DIMM. The TS256MSK64V1N consists of 8pcs 256M x 8 bits DDR3 SDRAMs FBGA packages and a 2048 bits serial EEPROM on a 204-pin printed circuit board. The TS256MSK64V1N is a dual in-line memory module and is intended for mounting into 204-pin edge connector sockets.
Synchronous design allows precise cycle control with the use of system clock. Data I/O transactions are possible on both edges of DQS. Range of operation frequencies, programmable latencies allow the same device to be useful for a variety of high bandwidth, high performance memory system applications.