Cisco A02-M316GB4-2 16GB 1066MHz 240 Pin ECC DDR3 Memory
Shipping $99+
Cisco A02-M316GB4-2 Product Specs
▲Cisco A02-M316GB4-2 Description
▼Upgrade your server's performance with the Cisco A02-M316GB4-2 16GB 1066MHz 240 Pin ECC DDR3 Memory. This high-quality memory module is designed to enhance system reliability and speed, making it ideal for data centers, enterprise servers, and mission-critical applications. Compatible with a wide range of Cisco server models, this 16GB DDR3 DIMM ensures smooth multitasking and efficient data processing, helping your server handle demanding workloads with ease.
Let's take a closer look at the key specifications that make this memory module a reliable choice for your server upgrade:
- Capacity: 16GB, providing ample memory for intensive applications and virtualization.
- Memory Speed: 1333MHz, delivering fast data transfer rates for improved system responsiveness.
- Data Integrity Check: ECC (Error-Correcting Code) technology, which detects and corrects memory errors to ensure data accuracy and system stability.
- Voltage: Low power consumption at 1.35V, contributing to energy efficiency and reduced heat generation.
- Latency Timing: CL9, offering a balanced performance with low latency for faster access times.
- Pins: 240 Pin configuration, compatible with standard DDR3 DIMM slots in supported servers.
- Memory Technology: DDR3, a widely used and reliable memory standard for server environments.
- Memory Form Factor: DIMM, designed for easy installation in desktop and server motherboards.
Trusted by 5000+ IT Managers, System Integrators & Data Center Experts
Easy Returns
"We purchased the wrong part by mistake. Boost hardware made it easy to return and quickly issued me a refund."
Lowest Price By Far
"We were able to purchase 10x HP 782995-001 for 25% less than the next lowest price. Very impressed with the quick shipping and lack of issues."
Excellent Customer Service
"Excellent customer service; they got in touch with me right away. They upgraded my next order to free 2-day shipping."