Transcend - 2GB - DDR2 - 800MHz - DIMM 240-pin - CL5
| Produktbeskrivelse | Transcend - DDR2 - modul - 2 GB - DIMM 240-pin - 800 MHz / PC2-6400 - ikke bufferet |
| Produkttype | Hukommelsesmodul |
| Kapacitet | 2 GB |
| Hukommelsestype | DDR2 SDRAM - DIMM 240-pin |
| Opgraderingstype | System specifikationer |
| Dataintegritetskontrol | Ikke-ECC |
| Hastighed | 800 MHz (PC2-6400) |
| Søgetids Timinger | CL5 |
| Egenskaber | On-Die Termination (ODT), Off-Chip Driver (OCD), Serial Presence Detect (SPD), ikke bufferet |
| Spænding | 1.8 V |
| Producentgaranti | Begrænset livtidsgaranti (Tyskland - 30 år) |
| Designet for | Acer Aspire E571, G7700, M1100, M1201, M1202, M1600, M1640, M1640/440, M1641, M1800, M3100, M3200, M3201, M3630, M5630, M5630 AT365, M5630 AT367, M5630 AT368, M5630 AT369, M5630 AT370, M5641, X1700, X3200, X3600; Veriton M460, M460G, M461, M4610, M4610G, M4618G, M661, M6610, M6610G |
Produktdatablad |
|
| Kapacitet | 2 GB |
| Opgraderingstype | System specifikationer |
| Type | DRAM hukommelsesmodul |
| Teknologi | DDR2 SDRAM |
| Model | DIMM 240-pin |
| Hastighed | 800 MHz (PC2-6400) |
| Søgetids Timinger | CL5 |
| Dataintegritetskontrol | Ikke-ECC |
| Egenskaber | On-Die Termination (ODT), Off-Chip Driver (OCD), Serial Presence Detect (SPD), ikke bufferet |
| Modulkonfiguration | 256 x 64 |
| Organisering af chips | 128 x 8 |
| Spænding | 1.8 V |
| Kompatible åbninger | 1 x Hukommelse - DIMM 240-pin |
| Overensstemmelsesstandarder | RoHS |
| Service & Support | Begrænset livtidsgaranti (Tyskland - 30 år) |
| Designet for | Acer Aspire E571-HE74, G7700 Predator, G7700 Predator Conqueror II, G7700 Predator Crusader II, G7700 Predator Crusher, G7700 Predator Crusher II, G7700 Predator Eliminator, G7700 Predator Eliminator II, G7700 Predator Rookie, G7700 Predator Rookie III, G7700 Predator Sniper, G7700 Predator Sniper II, G7700 Predator Sniper IV, G7700 Predator Snipper II, G7700 Predator Thumper, G7700 Predator Thumper II, G7700 Predator Trooper, G7700 Predator Trooper II, G7700 Predator Trooper IV, M1100-2B7Z_250, M1100-SD4000A, M1100-SS3800B, M1100-U1402A, M1201, M1201-BE5500A, M1201-DM7Z, M1201-ED5000A, M1201-IM7Z, M1201-SA1620A, M1201-SD4450A, M1201-SD5400A, M1202-ED7450B, M1202-EF8550A, M1202-U1850A, M1640-ED2160A, M1640-SD4500A, M1641, M1641-4M7Z OB 22"X, M1641-4R7G, M1641-4R7Z, M1641-B1680A, M1641-FE7Z, M1641-FR7A, M1641-FR7H, M1641-NE7Z, M1641-NR7G, M1641-SD2200A, M1641-U1521A, M1641-VM75 OB 22''X, M1641-VR7H, M1800-C2DE7500, M1800-PDCE5200, M1800-PDCE5300, M3100-FE7Z - "VISTA", M3100-QB7Z - "VISTA", M3100-XE71, M3200, M3200-ED6000A, M3200-ED6000A - Dual Hotload, M3201, M3201-B3600A, M3201-ED5400A, M3201-EF8450A, M3201-EF8650A, M3201-U3791A, M5641, M5641-3R7H, M5641-B5540A, M5641-ER71, M5641-U5520A, M5641-U5630A, X1700, X1700-SD2220B, X1700-U1710A, X1700-U3700A, X1700-U3793A, X3200, X3200-BR7A OB 22''X, X3200-DM75 OB 22''X, X3200-ED5600A, X3200-EF9100A, X3200-IM75 OB 19"X, X3200-Quad, X3200-U1790A, X3200-U3600A, X3200-U3630A, X3200-U3792A, X3600-72M332, X3600-Q93BU5 ¦ Acer Veriton M460-ED4700C, M460-ED5200C, M460-ED5400C, M460-ED7200C, M460-ED7201C, M460G-ED7500C, M460G-ED8500C, M460-SC4300P, M460-SC4400C, M460-SD2182C, M460-SD4502C, M4610, M4610G, M4610G-MO10W, M4618G-Ei3210W, M4618G-Ei5240W, M4618G-Ei7260W, M4618G-Ui32102W, M4618G-Ui3210W, M4618G-Ui52320W, M4618G-Ui5240W, M4618G-Ui72601W, M4618G-Ui72602W, M6610, M6610G, M6610G_WS, M6610G-MO10W, M6610G-UI5240W, M661-SD6320C, M661-UD8400C, M661-UQ6600C, M661-UQ6602C |
The TS256MLQ64V8U is a 256M x 64bits DDR2-800 Unbuffered DIMM. The TS256MLQ64V8U consists of 16pcs 128Mx8bits DDR2 SDRAMs in 68 ball FBGA packages and a 2048 bits serial EEPROM on a 240-pin printed circuit board. The TS256MLQ64V8U is a Dual In-Line Memory Module and is intended for mounting into 240-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.