Flash Profiler




Apacer Mini ECC UDIMM

Mini ECC UDIMM is a JEDEC-compliant design characterized by its small size, and its high capacity, high performance and high stability. Measuring only 82mm long, its compact size is especially applicable for space-constraint networking, communication, server and embedded systems.

Module Type
Mini ECC UDIMM
Memory Technology:
DDR3
Frequency:
1066/1333/1600
Density:
1GB - 8GB
Voltage:
1.35v/1.5v
Pin Count:
244-Pin
Width:
72-Bit
PCB Height
1,18"
Operation Temperature
0C bis +85C

Apacer Mini Registered DIMM

Mini RDIMM is a JEDEC-compliant design characterized by its small size, and its high capacity, high performance and high stability. Measuring only 82mm long, its compact size is especially applicable for space-constraint networking, communication, server and embedded systems.

Module Type
Mini RDIMM
Memory Technology:
DDR2
Frequency:
533/667
Density:
512MB - 1GB
Voltage:
1.8v
Pin Count:
244-Pin
Width:
72-Bit
PCB Height
1,181"
Operation Temperature
0C bis +85C

Apacer Mini Registered DIMM

Mini RDIMM is a JEDEC-compliant design characterized by its small size, and its high capacity, high performance and high stability. Measuring only 82mm long, its compact size is especially applicable for space-constraint networking, communication, server and embedded systems.

Module Type
Mini RDIMM
Memory Technology:
DDR3
Frequency:
1066/1333/1600
Density:
1GB - 8GB
Voltage:
1.35v/1.5v
Pin Count:
244-Pin
Width:
72-Bit
PCB Height
1,181"
Operation Temperature
0C bis +85C

Apacer Very Low Profile Mini DIMM with ECC

VLP Mini ECC UDIMM is a JEDEC-compliant design characterized by its small size, and its high performance and high stability. Measuring only 80mm long and 18.8mm high, its compact size is especially applicable for space-constraint networking, communication, server and embedded systems.

Module Type
VLP Mini ECC UDIMM
Memory Technology:
DDR2
Frequency:
1066/1333/1599
Density:
1GB - 4GB
Voltage:
1.35v/1.5v
Pin Count:
244-Pin
Width:
72-Bit
PCB Height
0,738"
Operation Temperature
0C bis +85C
Technology
Thermal Sensor / 30µ Gold Contact

Apacer Very Low Profile Mini DIMM with ECC

VLP Mini ECC UDIMM is a JEDEC-compliant design characterized by its small size, and its high performance and high stability. Measuring only 80mm long and 18.8mm high, its compact size is especially applicable for space-constraint networking, communication, server and embedded systems.

Module Type
VLP Mini ECC UDIMM
Memory Technology:
DDR4
Frequency:
2133/2400
Density:
4GB - 16GB
Voltage:
1.2v
Pin Count:
288-Pin
Width:
72-Bit
PCB Height
0,738"
Operation Temperature
0C bis +85C
Technology
Thermal Sensor / 30µ Gold Contact

Apacer Very Low Profile Mini Registered DIMM

VLP Mini RDIMM is a JEDEC-compliant design characterized by its small size, and its high performance and high stability. Measuring only 80mm long and 18.8mm high, its compact size is especially applicable for space-constraint networking, communication, server and embedded systems.

Module Type
VLP Mini RDIMM
Memory Technology:
DDR3
Frequency:
1066/1333/1600
Density:
1GB - 4GB
Voltage:
1.35v/1.5v
Pin Count:
244-Pin
Width:
72-Bit
PCB Height
1,181"
Operation Temperature
0C bis +85C
Technology
Thermal Sensor / 30µ Gold Contact

Apacer Very Low Profile Mini Registered DIMM

VLP Mini RDIMM is a JEDEC-compliant design characterized by its small size, and its high performance and high stability. Measuring only 80mm long and 18.8mm high, its compact size is especially applicable for space-constraint networking, communication, server and embedded systems.

Module Type
VLP Mini RDIMM
Memory Technology:
DDR4
Frequency:
2133/2400
Density:
4GB - 8GB
Voltage:
1.2v
Pin Count:
288-Pin
Width:
72-Bit
PCB Height
0,738"
Operation Temperature
0C bis +85C
Technology
Thermal Sensor / 30µ Gold Contact

Innodisk Mini SO DIMM

VLP Mini DIMM modules are designed with 17.9mm high dimensions specifically for networking applications. They are compliant with JEDEC standards and are designed to improve thermal resistance. With the ECC function, the VLP Mini DIMM also ensures that data is corrected when corrupted data bits are found during data retrieval.

Module Type
DDR4 SODIMM

Data Rate
2133 MT/s, 2400 MT/s
Capacity
4GB/8GB/16GB
Function
with ECC Unbuffered Memory
Pin Number
288pin
Width
72Bits
Voltage
1.2V
PCB Height
0.738 Inch
Operation Temperature
0 ~ 85 ℃

Innodisk Mini SO DIMM

VLP Mini DIMM modules are designed with 17.9mm high dimensions specifically for networking applications. They are compliant with JEDEC standards and are designed to improve thermal resistance. With the ECC function, the VLP Mini DIMM also ensures that data is corrected when corrupted data bits are found during data retrieval.

Module Type
DDR4 SODIMM
Data Rate
2133 MT/s, 2400 MT/s

Capacity
4GB/8GB

Function
with ECC Unbuffered Memory
Pin Number
288pin

Width
72Bits

Voltage
1.2V

PCB Height
0.738 Inches

Operation Temperature
0 ~ 85 ℃

Innodisk Mini SO DIMM

VLP Mini DIMM modules are designed with 17.9mm high dimensions specifically for networking applications. They are compliant with JEDEC standards and are designed to improve thermal resistance. With the ECC function, the VLP Mini DIMM also ensures that data is corrected when corrupted data bits are found during data retrieval.

Module Type
DDR3 SODIMM
Data Rate
1066 MT/s, 1333 MT/s, 1600 MT/s
Capacity
1GB/2GB/4GB
Function
with ECC Unbuffered Memory
Pin Number
244pin
Width
72Bits
Voltage
1.35V / 1.5V
PCB Height
0.7 Inch
Operation Temperature
0 ~ 85 ℃

Innodisk Mini SO DIMM

VLP Mini DIMM modules are designed with 17.9mm high dimensions specifically for networking applications. They are compliant with JEDEC standards and are designed to improve thermal resistance. With the ECC function, the VLP Mini DIMM also ensures that data is corrected when corrupted data bits are found during data retrieval.

Module Type
DDR3 SODIMM
Data Rate
1066 MT/s, 1333 MT/s, 1600 MT/s
Capacity
8GB
Function
with ECC Unbuffered Memory
Pin Number
244pin
Width
72Bits
Voltage
1.35V / 1.5V
PCB Height
0.72 Inches
Operation Temperature
0 ~ 85 ℃


Diese Webseite verwendet Cookies. Mit der Nutzung unserer Dienste erklären Sie sich damit einverstanden, dass wir Cookies verwenden: Weitere Informationen