The TeamGroup T-Create Expert 32GB (16GB×2) DDR5 6000MHz memory kit represents a new benchmark in high-performance desktop memory, crafted specifically for creators, professionals, and power users who push their systems to the limit.
Built on the latest DDR5 architecture, this memory delivers outstanding speed, improved bandwidth, and enhanced power efficiency, enabling smoother multitasking, faster rendering, and seamless handling of large files. Its carefully optimized design allows professionals to redefine what’s possible, whether working with complex creative projects, data-heavy workflows, or demanding applications.
To ensure peak stability, the T-Create Expert DDR5 features a dedicated one-piece aluminum heat spreader with ventilation holes and professional-grade thermally conductive silicone. This advanced cooling solution efficiently transfers heat away from the memory modules, maintaining optimal operating temperatures even under sustained heavy loads.
A custom 10-layer PCB design further enhances signal integrity and power distribution by isolating power and ground layers, reducing electrical interference and improving overall reliability. Combined with high-quality ICs and customized high-temperature resistant capacitors, the memory maintains rock-solid performance even during extended creative sessions.
Extensively tested by major motherboard manufacturers, the T-Create Expert DDR5 ensures excellent compatibility across modern platforms, giving users confidence in both stability and performance. Backed by a lifetime warranty, this memory kit offers long-term peace of mind, allowing creators to focus entirely on their work without compromise.
The TeamGroup T-Create Expert DDR5 memory kit is designed for creators, professionals, and performance-focused desktop users who require exceptional speed, stability, and reliability. Built on advanced DDR5 architecture, this memory delivers optimized bandwidth and low latency for demanding workloads.
Memory Capacity and Configuration
This kit provides a total capacity of 32GB, configured as 16GB × 2 modules in a dual-channel setup. The dual-channel architecture enhances data throughput and ensures smoother multitasking and application performance.
Memory Technology and Speed
Utilizing DDR5 memory technology, the module operates at a tested speed of 6000MHz, offering significantly higher bandwidth compared to previous-generation memory. This makes it ideal for high-end desktops, creative workflows, and performance systems.
Latency and Voltage
The memory features a tested latency of CL30, delivering fast response times and reduced access delays. It operates at a tested voltage of 1.35V, ensuring stable high-speed performance while maintaining efficient power delivery.
DIMM Type and Form Factor
Designed as a UDIMM (Unbuffered DIMM), this memory is optimized for desktop platforms. The standard DIMM form factor ensures wide compatibility with modern DDR5-supported motherboards.
Overclocking Profiles and Compatibility
The kit supports both Intel XMP and AMD EXPO profiles, allowing easy one-click overclocking on compatible Intel and AMD platforms. This ensures optimal performance tuning without manual configuration.
Error Correction and Reliability
Equipped with ECC support, the memory enhances system stability and data integrity, making it suitable for professional and productivity-oriented environments where reliability is critical.
Product Series and Warranty
Part of the EXPERT DDR5 series, this memory reflects TeamGroup’s focus on precision, performance, and durability. It is backed by a limited lifetime warranty, offering long-term assurance and peace of mind.
Key Technical Details
Model: CTCED532G6000HC30DC01
Memory Type: DDR5
Capacity: 32GB (16GB × 2)
Speed: 6000MHz
Tested Latency: CL30
Tested Voltage: 1.35V
DIMM Type: UDIMM
Profile Support: Intel XMP, AMD EXPO
ECC Support: Yes
Product Series: Expert DDR5
Warranty: Limited Lifetime
The TeamGroup T-Create Expert DDR5 6000MHz memory kit is an excellent choice for users seeking high-speed performance, low latency, and dependable stability in modern desktop systems.