Fast and efficient DDR5 6000 MHz memory for gamers and creators. A 32 GB (2×16) kit with a low-profile heatsink for compatibility with tower CPU coolers, low latency CL30, support for AMD EXPO and Intel XMP 3.0, an integrated PMIC, and On‑Die ECC error correction for maximum stability.
Low-profile heatsink for maximum compatibility
The sleek low-profile heatspreader won’t interfere with tower CPU coolers and enables hassle-free installation even in smaller cases.
Stability thanks to PMIC and On‑Die ECC
Integrated power management improves stability and efficiency, while On‑Die ECC helps correct errors in real time.
Easy tuning with AMD EXPO and Intel XMP 3.0
Activate preset profiles with a single click to get optimal performance without complex BIOS configuration.
XPG Lancer Blade DDR5 memory delivers next‑generation performance in a compact form. The low‑profile aluminum heatspreader ensures seamless compatibility with smaller cases and large tower CPU coolers, while 6000 MT/s speed and CL30 timings provide smooth operation and instant responsiveness.
Thanks to the integrated PMIC, the modules are more stable and power‑efficient than DDR4. Built‑in On‑Die ECC increases reliability during long‑term loads and overclocking. With a single click, you can enable preset AMD EXPO or Intel XMP 3.0 profiles without complicated BIOS tuning.
- Low‑profile heatsink: ideal for compact builds and tall tower coolers.
- Speed and responsiveness: 6000 MT/s with low CL30 latency for gaming and productivity.
- Stability and efficiency: PMIC and On‑Die ECC for clean power and confidence under load.
- Easy overclocking: support for AMD EXPO and Intel XMP 3.0.
Specifications
- Memory type
- DDR5 DIMM
- Capacity
- 32 GB (2×16 GB)
- Speed (effective)
- 6000 MT/s
- Latency
- CL30
- Overclocking profile
- AMD EXPO, Intel XMP 3.0
- Heatsink
- Low‑profile aluminum heatspreader
- Stability
- On‑Die ECC (error correction), integrated PMIC
- Color
- Black
- Intended use
- Gaming and high‑performance builds, creative work
- Compatibility
- Platforms with DDR5 support