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Transcend - 1GB - DDR3 - 1333MHz - DIMM 240-pin - CL9

Producent: Transcend
Produkt nr: TS128MLK64V3U
EAN: 0760557812951
Varenummer: 186886
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Producent: Transcend
Produkt nr: TS128MLK64V3U
EAN: 0760557812951
Varenummer: 186886

Varen kan pt. ikke skaffes eller er udgået. Kontakt evt. kundeservice for et alternativ

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Varen kan pt. ikke skaffes eller er udgået.
Kontakt evt. kundeservice for et alternativ.}
Producent: Transcend
Produkt nr: TS128MLK64V3U
EAN: 0760557812951
Varenummer: 186886

Varen kan pt. ikke skaffes eller er udgået. Kontakt evt. kundeservice for et alternativ

Billigste fragt 0,00 kr.

Gratis fragt

(Gælder op til 20 kg)

Læs mere her
Produktbeskrivelse Transcend - DDR3 - modul - 1 GB - DIMM 240-pin - 1333 MHz / PC3-10600 - ikke bufferet
Produkttype Hukommelsesmodul
Kapacitet 1 GB
Hukommelsestype DDR3 SDRAM - DIMM 240-pin
Opgraderingstype Generisk
Dataintegritetskontrol Ikke-ECC
Hastighed 1333 MHz (PC3-10600)
Søgetids Timinger CL9
Egenskaber Ikke bufferet
Producentgaranti Begrænset livtidsgaranti
Designet for Acer Aspire M3450, M3470, M3970, Z1620, Z3620, Z5761; Veriton M6610, X2610, X4610, X4618, X6610; ASUS Maximus IV Extreme, MAXIMUS IV EXTREME-Z, P5G41, P8H67; Gigabyte GA-78, 970, H61, H77, P61, X79, Z68, Z77; HP Pavilion Elite HPE-502, HPE h9-1010, HPE h9-1130, P6, p6654, p6813, P7; SUPERMICRO X9SCD

Produktdatablad
Kapacitet 1 GB
Opgraderingstype Generisk
Type DRAM hukommelsesmodul
Teknologi DDR3 SDRAM
Model DIMM 240-pin
Hastighed 1333 MHz (PC3-10600)
Søgetids Timinger CL9
Dataintegritetskontrol Ikke-ECC
Egenskaber Ikke bufferet
Modulkonfiguration 128 x 64
Service & Support Begrænset livtidsgaranti
Designet for Acer Aspire M3450-ER20P, M3470-UR12, M3970-EB14P, M3970-EB15P, M3970-MO13P, M3970-UR14P, Z1620, Z1620_Ec, Z1620-001, Z1620-003, Z3620-003, Z3620-004, Z5761-006 ¦ Acer Veriton M6610, M6610G-MO10W, X2610G-MO20W, X2610G-Ui32120W, X4610G-MO10W, X4610G-UI32100W, X4618G-Ui52321W, X4618G-Ui72602W, X6610G-MO11W ¦ ASUS Maximus IV Extreme, MAXIMUS IV EXTREME-Z, P5G41T-M LX3/C/SI, P8H67-I, P8H67-M PRO/CSM ¦ Gigabyte GA-78LMT-S2PT, GA-970A-D3P, GA-970A-UD3P, GA-G41MT-D3V, GA-G41MT-S2P, GA-G41MT-USB3, GA-H61MA-D3V, GA-H61M-DS2 DVI, GA-H61M-DS2 HDMI, GA-H61M-DS2H, GA-H61M-DS2V, GA-H61M-S2H, GA-H61M-S2P-B3, GA-H61N-USB3, GA-H67A-D3H-B3, GA-H67A-UD3H-B3, GA-H67A-USB3-B3, GA-H67MA-D2H-B3, GA-H67MA-UD2H, GA-H67MA-UD2H-B3, GA-H67MA-USB3-B3, GA-H67M-D2-B3, GA-H67M-UD2H-B3, GA-H67N-USB3-B3, GA-H77M-D3H, GA-P45T-ES3G, GA-P61A-D3, GA-P61-USB3-B3, GA-P65A-UD3, GA-P67A-D3-B3, GA-P67A-UD3-B3, GA-P67A-UD3P-B3, GA-P67A-UD3R, GA-P67A-UD3R-B3, GA-P67A-UD4, GA-P67A-UD4-B3, GA-P67A-UD5-B3, GA-P67A-UD7-B3, GA-P67-DS3-B3, GA-P67X-UD3-B3, GA-P67X-UD3R-B3, GA-PA65-UD3-B3, GA-PH67A-D3-B3, GA-PH67A-UD3-B3, GA-PH67-DS3-B3, GA-PH67-UD3-B3, GA-Q67M-D2H-B3, GA-X58A-OC, GA-X79-UD5, GA-X79-UD7, GA-Z68A-D3-B3, GA-Z68A-D3H-B3, GA-Z68AP-D3, GA-Z68MA-D2H-B3, GA-Z68MX-UD2H-B3, GA-Z68P-DS3, GA-Z68XP-D3, GA-Z68XP-UD3, GA-Z68XP-UD3-iSSD, GA-Z68XP-UD3P, GA-Z68XP-UD3R, GA-Z68XP-UD4, GA-Z68XP-UD5, GA-Z68X-UD3-B3, GA-Z68X-UD3P-B3, GA-Z68X-UD3R-B3, GA-Z68X-UD4-B3, GA-Z68X-UD5-B3, GA-Z68X-UD7-B3, GA-Z77-D3H, GA-Z77-DS3H, GA-Z77M-D3H, GA-Z77M-D3H-MVP, GA-Z77MX-D3H, GA-Z77MX-D3H TH, GA-Z77P-D3, GA-Z77X-D3H, GA-Z77X-UD3H, GA-Z77X-UD3H-WB WIFI, GA-Z77X-UD5H, GA-Z77X-UD5H-WB WIFI ¦ HP Pavilion Elite HPE-502c, HPE h9-1010a, HPE h9-1130, HPE h9-1130eg, p6-2126s, p6654y, p6813w, p7-1001, p7-1003w, p7-1007c, p7-1027c, p7-1036, p7-1037c, p7-1067c, p7-1154 ¦ Intel Desktop Board DB65AL, DH61BE, DH61CR, DH61DL, DH61WW, DH67VR, DQ67EP, DZ68BC, DZ68DB, DZ68ZV ¦ SUPERMICRO X9SCD-F

The TS128MLK64V3U is a 128M x 64bits DDR3-1333 unbuffered DIMM. The TS128MLK64V3U consists of 8pcs 128M x 8bits DDR3 SDRAMs in FBGA packages and a 2048 bits serial EEPROM on a 240-pin printed circuit board. The TS128MLK64V3U 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.

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