Transcend DDR3L 1600 REG-DIMM 16GB CL11 2Rx4 1.35V

Designed for today’s most demanding server-class computing environments, Transcend’s DDR3L 1600 REG-DIMM provides unmatched stability and synchronized performance when memory is densely populated across multiple modules. Built for reliability in mission-critical workloads, this 16GB module operates at a low 1.35V, delivering impressive energy efficiency without compromising bandwidth or error protection. It’s the ideal upgrade for servers, virtualization hosts, and high-demand database nodes that require steadfast memory integrity, scalable capacity, and consistent clock speeds across large memory arrays.

• High-capacity, server-grade memory: Each module is a 16GB DDR3L Registered DIMM (REG-DIMM) designed to deliver ample memory headroom for memory-intensive applications, large in-memory databases, virtualization clusters, and high-concurrency workloads. The REG-DIMM architecture enhances stability in multi-module configurations, reducing signal integrity concerns in dense server chassis.
• DDR3L 1600 MT/s speed for responsive servers: With a nominal frequency of 1600 MT/s, this DIMM balances performance and efficiency, providing brisk data transfer rates suitable for modern server workloads while maintaining compatibility with a broad range of enterprise platforms designed for DDR3L memory.
• Low-voltage operation at 1.35V: The 1.35V low-voltage design reduces overall power consumption and heat generation in server environments, contributing to improved thermal margins and rack density without sacrificing performance or reliability.
• 2Rx4 organization for dense memory configurations: The 2Rx4 memory organization enables higher capacity per channel and better scalability in multi-module memory layouts, helping you maximize server memory density while preserving stability and compatibility across supported platforms.
• Premium reliability for enterprise workloads: Engineered for server-grade reliability, this module emphasizes rigorous manufacturing, testing, and compliance with enterprise memory standards to support continuous operation, virtualization, and data-intensive tasks with confidence.

Technical Details of Transcend DDR3L 1600 REG-DIMM 16GB CL11 2Rx4 1.35V

• Memory Type: DDR3L Registered DIMM (REG-DIMM)
• Capacity: 16GB per module
• Speed: DDR3L 1600 MT/s
• Latency: CL11
• Organization: 2Rx4
• Voltage: 1.35V
• ECC/Registered: Registered DIMM (RDIMM) designed for server use

how to install Transcend DDR3L 1600 REG-DIMM 16GB CL11 2Rx4 1.35V

Follow these best practices to install this memory module safely and effectively in a supported server or workstation platform:

1. Verify compatibility: Confirm that your server/motherboard supports DDR3L RDIMM modules at 1600 MT/s, with 1.35V operation and 2Rx4 organization. Check the vendor’s Qualified Memory List (QML) or product documentation for supported memory configurations and slot population guidance.

2. Power down and prepare the system: Shut down the server, unplug power cords, and disconnect any ancillary cables. Ground yourself to avoid static discharge, and open the chassis following the manufacturer’s instructions.

3. Locate the memory slots and prepare the slots: Identify the DIMM banks; if you are upgrading multiple modules, review the platform’s guidance on optimal slot population order and populate in matched pairs or banks as recommended.

4. Align and insert the module carefully: Hold the REG-DIMM by its edges, align the notches with the slot, and gently insert at the correct angle or position as required by the motherboard. Apply even pressure until the latches click and secure the module firmly in place.

5. Complete installation and verify: Re-seat any components you may have moved, cable connections, and close the chassis. Reconnect power and boot the system. During POST, verify that the memory is detected and reported without errors. In the operating system, run a memory diagnostic or stress test to ensure stability under load.

6. Configure if required: Depending on your server platform, you may need to configure memory settings in the BIOS/UEFI, such as enabling registered memory support, setting best performance profiles, or adjusting memory interleaving. Apply changes only if recommended by your vendor and ensure system stability after adjustments.

Frequently asked questions

Q: What type of memory is this Transcend module?
A: It is a DDR3L Registered DIMM (REG-DIMM) with a 16GB capacity, engineered for server use and designed to operate at 1.35V with 1600 MT/s speed and CL11 latency.

Q: Is this memory ECC-enabled?
A: As a Registered DIMM (RDIMM), it is intended for server configurations that rely on memory buffering and stability. Exact ECC support can vary by platform; consult your motherboard or server vendor documentation to confirm ECC capabilities for your system.

Q: Can I use this module in a consumer desktop PC?
A: This module is server-grade RDIMM memory designed for enterprise systems. It is typically not compatible with most consumer desktops which use non-registered DIMMs (UDIMMs). Always verify the motherboard’s memory support matrix before attempting installation.

Q: What does 2Rx4 indicate?
A: 2Rx4 refers to the memory organization: two ranks (2R) with a 4-bit data path width per bank (x4). This organization influences how memory modules cooperate in multi-slot configurations and can affect compatibility and performance with specific servers and memory controllers.

Q: What workloads benefit most from 16GB DDR3L RDIMM at 1600 MT/s?
A: Large-scale virtualization, in-memory databases, high-concurrency web and application servers, and dense virtualization clusters benefit from higher memory capacity, stable RDIMM performance, and the efficiency of DDR3L at 1.35V, especially when many modules are populated across processor memory channels.

Q: How can I verify memory installation was successful?
A: After installation, check the system POST screen for recognized memory quantities, run a memory diagnostic utility, and monitor for any memory-related errors reported by the operating system or hardware monitoring tools. If issues arise, re-seat the modules or test them individually to isolate faults.