Key Specifications
• Type & Form Factor: 184-Pin DDR SDRAM (Unbuffered, DDR1)
• Total Capacity: 2GB total, consisting of a dual-channel kit (2 x 1GB modules)
• Speed & Bandwidth: 400 MHz (PC-3200), 3.2 GB/s bandwidth
• Timings: CL2 CAS latency with 2-3-2-5 timings
• Voltage: 2.80V (supports Extended Voltage Protection up to 2.8V ±5%)
• Cooling & Design: Mirrored platinum copper heatspreader with Xtreme Thermal Convection design
Introducing the OCZ OCZ4002048ELDCPE-K 1024MB Memory Module, an exceptional choice for those seeking to enhance their computer's performance with reliable and efficient memory. This memory module is designed to meet the demands of both casual users and tech enthusiasts, ensuring a smooth and responsive computing experience.
Key Specifications:
• Type & Form Factor: 184-Pin DDR SDRAM (Unbuffered, DDR1)
• Total Capacity: 2GB total, consisting of a dual-channel kit (2 x 1GB modules)
• Speed & Bandwidth: 400 MHz (PC-3200), 3.2 GB/s bandwidth
• Timings: CL2 CAS latency with 2-3-2-5 timings
• Voltage: 2.80V (supports Extended Voltage Protection up to 2.8V ±5%)
• Cooling & Design: Mirrored platinum copper heatspreader with Xtreme Thermal Convection design
This memory module boasts a mirrored platinum copper heatspreader with an Xtreme Thermal Convection design, which not only enhances thermal performance but also adds a sleek look to your setup. With its impressive speed of 400 MHz and a bandwidth of 3.2 GB/s, this module provides a significant boost to your system's multitasking capabilities.
The OCZ OCZ4002048ELDCPE-K is engineered with precision, featuring a CL2 CAS latency and 2-3-2-5 timings, offering stable and fast memory access. The module operates at a voltage of 2.80V, with support for Extended Voltage Protection, ensuring reliable performance under different conditions.
Available at ShopJimmy.com, this memory module is in like-new condition, providing you with quality and performance you can trust. Upgrade your system today with the OCZ OCZ4002048ELDCPE-K 1024MB Memory Module and experience the difference.
• Type & Form Factor: 184-Pin DDR SDRAM (Unbuffered, DDR1)
• Total Capacity: 2GB total, consisting of a dual-channel kit (2 x 1GB modules)
• Speed & Bandwidth: 400 MHz (PC-3200), 3.2 GB/s bandwidth
• Timings: CL2 CAS latency with 2-3-2-5 timings
• Voltage: 2.80V (supports Extended Voltage Protection up to 2.8V ±5%)
• Cooling & Design: Mirrored platinum copper heatspreader with Xtreme Thermal Convection design
Introducing the OCZ OCZ4002048ELDCPE-K 1024MB Memory Module, an exceptional choice for those seeking to enhance their computer's performance with reliable and efficient memory. This memory module is designed to meet the demands of both casual users and tech enthusiasts, ensuring a smooth and responsive computing experience.
Key Specifications:
• Type & Form Factor: 184-Pin DDR SDRAM (Unbuffered, DDR1)
• Total Capacity: 2GB total, consisting of a dual-channel kit (2 x 1GB modules)
• Speed & Bandwidth: 400 MHz (PC-3200), 3.2 GB/s bandwidth
• Timings: CL2 CAS latency with 2-3-2-5 timings
• Voltage: 2.80V (supports Extended Voltage Protection up to 2.8V ±5%)
• Cooling & Design: Mirrored platinum copper heatspreader with Xtreme Thermal Convection design
This memory module boasts a mirrored platinum copper heatspreader with an Xtreme Thermal Convection design, which not only enhances thermal performance but also adds a sleek look to your setup. With its impressive speed of 400 MHz and a bandwidth of 3.2 GB/s, this module provides a significant boost to your system's multitasking capabilities.
The OCZ OCZ4002048ELDCPE-K is engineered with precision, featuring a CL2 CAS latency and 2-3-2-5 timings, offering stable and fast memory access. The module operates at a voltage of 2.80V, with support for Extended Voltage Protection, ensuring reliable performance under different conditions.
Available at ShopJimmy.com, this memory module is in like-new condition, providing you with quality and performance you can trust. Upgrade your system today with the OCZ OCZ4002048ELDCPE-K 1024MB Memory Module and experience the difference.