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Transcend - 4GB - DDR3 - 1066MHz - DIMM 240-pin - ECC - CL7

Producent: Transcend
Produkt nr: TS512MLK72V1N
EAN: 5712505261330
Varenummer: 954385
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Producent: Transcend
Produkt nr: TS512MLK72V1N
EAN: 5712505261330
Varenummer: 954385

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: TS512MLK72V1N
EAN: 5712505261330
Varenummer: 954385

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 - 4 GB - DIMM 240-pin - 1066 MHz / PC3-8500 - ikke bufferet
Produkttype Hukommelsesmodul
Kapacitet 4 GB
Hukommelsestype DDR3 SDRAM - DIMM 240-pin
Opgraderingstype Generisk
Dataintegritetskontrol ECC
Hastighed 1066 MHz (PC3-8500)
Søgetids Timinger CL7 (7-7-7)
Egenskaber Temperaturovervågning, dual rank, On-Die Termination (ODT), ikke bufferet
Spænding 1.5 V
Producentgaranti Begrænset livtidsgaranti
Designet for Acer AP130 F2; ASUS M5A78; Dell Precision T3500; Gigabyte GA-870, 880, H55, H57; HPE ProLiant DL370 G6; Intel Desktop Board DX58; Server Board S1200; Server System P4304, R1304; Lenovo System x3250 M3; SUPERMICRO X8DTS, X8DTT, X8DTU, X8SIT, X9SCAA; SuperServer 10XX, 60XX, 7046; SuperWorkstation 5036

Produktdatablad
Kapacitet 4 GB
Opgraderingstype Generisk
Type DRAM hukommelsesmodul
Teknologi DDR3 SDRAM
Model DIMM 240-pin
Modul Højde (tommer) 1.18
Hastighed 1066 MHz (PC3-8500)
Søgetids Timinger CL7 (7-7-7)
Dataintegritetskontrol ECC
Egenskaber Temperaturovervågning, dual rank, On-Die Termination (ODT), ikke bufferet
Modulkonfiguration 512 x 72
Organisering af chips 256 x 8
Spænding 1.5 V
Overensstemmelsesstandarder RoHS
Service & Support Begrænset livtidsgaranti
Designet for Acer AP130 F2 ¦ ASUS M4N68T V2, M4N68T-M LE V2, M4N68T-M V2, M5A78L-M LX3, M5A88-M EVO, M5A88-V EVO, P6X58-E PRO, P8B-E/4L, RS520-E6/ERS8, RS924A-E6/RS8, TS100-E7/PI4, TS300-E7/PS4 ¦ Dell PowerVault NX3100 ¦ Dell Precision T3500 ¦ Gigabyte GA-870A-UD3, GA-880GMA-USB3, GA-H55M-UD2H, GA-H55M-USB3, GA-H55-UD3H, GA-H57M-USB3 ¦ HPE ProLiant BL465c G7, DL360 G7 Base, DL360 G7 Central Management Server, DL360 G7 Efficiency, DL360 G7 Entry, DL360 G7 Special Server, DL370 G6 High Performance, DL370 G6 Special Server, ML330 G6 Special Server, ML370 G6 Special Server ¦ Intel Desktop Board DX58OG, DX58SO2 ¦ Intel Server Board S1200BTLRM, S1200BTS, S1200BTSR ¦ Intel Server System P4304BTLSFCN, P4304BTLSFCNR, P4304BTLSHCN, P4304BTLSHCN8, P4304BTLSHCN9, P4304BTLSHCNR, P4304BTSSFCN, P4304BTSSFCNR, R1304BTLSFAN, R1304BTLSFANR, R1304BTLSHBN, R1304BTLSHBN2, R1304BTLSHBN8, R1304BTLSHBN9, R1304BTLSHBNR, R1304BTSSFAN, R1304BTSSFANR ¦ Lenovo System x3250 M3 4251, 4252 ¦ SUPERMICRO H8QGL-6F, H8QGL-6F+, H8QGL-IF, H8QGL-IF+, H8SGL, H8SGL-F, X8DAH+-F-LR, X8DTE-UF, X8DTL-6L, X8DTS-F, X8DTT-H, X8DTT-HEF+, X8DTT-HF, X8DTT-HF+, X8DTT-HIBQF, X8DTT-HIBQF+, X8DTT-HIBXF, X8DTT-HIBXF+, X8DTU-6F+, X8DTU-6F+-LR, X8DTU-6FT+, X8DTU-6TF+, X8DTU-6TF+-LR, X8DTU-LN4F+, X8DTW-IF+, X8SIL-V, X8SIT-F, X8SIT-HF, X8SIU-F, X9SCA, X9SCAA, X9SCAA-L, X9SCA-F ¦ SUPERMICRO SuperServer 1017C-TF, 1026GT-TF, 1026GT-TF-FM105, 1026GT-TF-FM107, 1026GT-TF-FM109, 1026GT-TF-FM175, 1026GT-TF-FM205, 1026GT-TF-FM207, 1026GT-TF-FM209, 1026GT-TF-FM275, 1026T-6RF+, 1026T-6RFT+, 1026T-URF4+, 2026T-6RFT+, 2026TT-DLRF, 5026Ti-BTRF, 5037MC-H8TRF, 6016GT-TF-FM105, 6016GT-TF-FM107, 6016GT-TF-FM109, 6016GT-TF-FM175, 6016GT-TF-FM205, 6016GT-TF-FM207, 6016GT-TF-FM209, 6016GT-TF-FM275, 6016T-6RF+, 6016T-6RFT+, 6026TT-D6IBQRF, 6026TT-D6IBXRF, 6026TT-D6RF, 6026TT-GIBQRF, 6026TT-GIBXRF, 6036ST-6LR, 7046GT-TRF-FC405, 7046GT-TRF-FC407, 7046GT-TRF-FC475 ¦ SUPERMICRO SuperWorkstation 5036A-T

The TS512MLK72V1N 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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