1GB DRAM Module for Cisco - MEM-7816-H3-1GB

AxiomSKU: 5342270

Price:
Sale price$185.90

Description

1GB DRAM Module for Cisco - MEM-7816-H3-1GB

Upgrade and optimize your Cisco networking performance with the MEM-7816-H3-1GB 1GB DRAM module from Axiom Networking. This high‑quality memory upgrade is purpose-built for Cisco servers, switches, and other compatible hardware, delivering dependable performance gains in demanding enterprise environments. Designed for reliability, compatibility, and straightforward installation, this memory module helps your network devices handle larger routing tables, higher session counts, and more complex data processing without sacrificing stability.

Whether you’re refreshing aging hardware, expanding capacity for growing traffic, or ensuring headroom for new software features, the MEM-7816-H3-1GB is a practical, cost‑effective upgrade. Axiom Networking’s memory offerings are crafted to meet the exacting standards of Cisco systems, with rigorous quality control and compatibility assurance. This 1GB DRAM module is engineered to slot seamlessly into Cisco devices that support this memory family, reducing the risk of compatibility issues and downtime. With ECC options and dependable performance, it’s prepared to support mission-critical networking tasks, VPN tunnels, routing updates, and rapid packet processing with enhanced buffering and caching capabilities.

In today’s fast-paced networks, memory capacity matters. When a Cisco device runs multiple routing protocols, maintains large routing tables, or handles concurrent VPN sessions, memory becomes a limiting factor. The MEM-7816-H3-1GB addresses this need by providing clean, consistent DRAM performance, helping devices keep pace with evolving network topologies. This module also contributes to faster boot times and more stable firmware operations, since sufficient memory reduces paging and prevents thrashing during peak loads. With a focus on reliability and long-term compatibility, this memory upgrade is a solid choice for engineers seeking to extend the life of existing Cisco infrastructure while preserving predictability and uptime.

As with all Cisco memory upgrades, compatibility and correct installation are essential. The MEM-7816-H3-1GB is designed to integrate with Cisco’s hardware ecosystem, aligning with the company’s standards for memory density, voltage, and signal integrity. By choosing a genuine‑quality DRAM module from Axiom Networking, you gain access to a product that is tested for Cisco platforms, backed by serviceable warranty terms, and supported by documentation that helps technicians perform confident upgrades. This module is a practical, future‑proof option for businesses looking to safeguard performance, improve data processing efficiency, and maintain smooth network operations over time.

  • Performance boost for Cisco devices: A 1GB DRAM upgrade provides additional memory headroom for routing tables, large access-control lists, and congestion handling. Expect faster table lookups, quicker firmware responsiveness, and smoother operation under high traffic conditions, with reduced risk of paging during peak usage.
  • Designed for Cisco compatibility: This MEM-7816-H3-1GB module is built to align with Cisco hardware expectations, including memory density, interface, and electrical characteristics. It minimizes compatibility concerns and simplifies the upgrade path for existing Cisco deployments.
  • Reliability you can rely on: Engineered for enterprise reliability, the module emphasizes stable operation in data-center environments and office networks alike. The memory is manufactured to meet stringent quality standards, ensuring consistent performance across cycles of firmware and software updates.
  • Easy installation and upgrade: With straightforward seating and secure retention mechanisms, technicians can install or replace memory with minimal downtime. The module is designed to slot into compatible Cisco memory sockets without requiring complex configuration changes.
  • End-to-end value for network teams: By extending device memory, this upgrade supports larger configurations and more concurrent tasks, enabling IT teams to deploy new features, scale network services, and improve overall user experience without immediate hardware refreshes.

Technical Details of MEM-7816-H3-1GB

  • Memory Capacity: 1GB of DRAM to expand Cisco device memory resources and improve data processing and routing performance.
  • Memory Type: DRAM module specifically designed for Cisco hardware ecosystems, optimized for stability and compatibility within enterprise networks.
  • Module Form Factor: Standard memory module form factor used by Cisco devices in supported slots; designed for reliable seating and retention within DIMM‑compatible sockets.
  • Interface/Bus Compatibility: Compatible with Cisco systems that support MEM-7816-H3 family upgrades, ensuring clean signal integrity and dependable data transfer.
  • Operating Conditions: Built for typical data-center and office environments with standard commercial operating ranges; designed to maintain stable performance under common network loads.
  • Warranty and Support: Comes with supplier‑level warranty terms; confirm the exact coverage with the seller at the time of purchase for details on duration and service options.
  • Application: Ideal for Cisco routers, switches, and other devices that require a 1GB DRAM upgrade to handle larger configurations, more sessions, and improved packet processing efficiency.

How to Install MEM-7816-H3-1GB

  • Prepare the device: Power down the Cisco device completely and unplug the power source. Ensure you are grounded to prevent static discharge by using a suitable anti-static strap or wrist strap.
  • Access the memory area: Remove the chassis cover or service panel following the device’s maintenance manual to expose the memory slots. Identify the correct slot for the MEM-7816-H3-1GB module based on the device model and slot layout.
  • Orient the module correctly: Align the module’s edge connector with the slot’s keying and ensure the notch orientation matches the socket. Do not apply force that could bend pins or damage the connector.
  • Seat the module securely: Press the module straight into the slot until the retention clips click into place. Confirm that the module is firmly seated and that the clips are fully engaged on both ends.
  • Reassemble and test: Replace the cover, reconnect power, and boot the device. Access the system BIOS, ROMMON, or the device’s operating system to verify that the system recognizes the new 1GB DRAM module and reports the updated total memory.
  • Validation: Run a brief memory check or a standard network load test to confirm stability under typical traffic conditions. Monitor for any memory errors or warnings in the device logs and address them if they appear.

Frequently Asked Questions

  • Q: What devices is MEM-7816-H3-1GB compatible with?
    A: The MEM-7816-H3-1GB is designed for Cisco devices that support this memory upgrade family. Compatibility depends on the specific model and firmware, so always verify against the device’s memory compatibility list or consult the seller’s chart for your exact model.
  • Q: Is ECC memory supported by this module?
    A: Many Cisco memory modules offer ECC DRAM options to help detect and correct memory errors. Check the product specifications for ECC support and ensure your device BIOS/firmware is configured to enable ECC if required.
  • Q: Do I need to power down the device before installation?
    A: Yes. For safety and to protect both the memory module and the device, power down completely and unplug the unit before installing or removing memory modules.
  • Q: What warranty comes with MEM-7816-H3-1GB?
    A: Warranty terms vary by seller and region. Confirm the exact warranty duration and coverage with the supplier (Axiom Networking) at the time of purchase to understand support options and return policies.
  • Q: Will upgrading memory noticeably improve performance?
    A: In scenarios with large routing tables, extensive caching, or heavy multi-session workloads, adding memory can reduce paging, improve access times, and enhance overall throughput. Results depend on the device model, firmware, and network load.

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