Like the 8GB KVR64A52BS6-8 listed alongside it, this is a CUDIMM (Clocked Unbuffered DIMM) — not a standard UDIMM. The KVR64A52BS8-16 contains eight 2G×8-bit FBGA DRAM components and one Clock Driver (CKD), which regenerates the DDR5 clock signal on-module for improved signal integrity at 6400MT/s. CUDIMMs require a CUDIMM-compatible motherboard and CPU — primarily Intel Arrow Lake (Z890/B860) and later platforms. They will not function in standard DDR5 UDIMM-only boards regardless of DDR5 support.

CUDIMM requires CUDIMM-compatible motherboard and CPU: This module will not function in all DDR5 motherboards. Verify that your specific board and processor explicitly support CUDIMM before purchasing. CUDIMM support is primarily found on Intel Arrow Lake (Z890/B860) and later platforms — most existing Z690/Z790/X670E boards support standard UDIMM only.

16GB vs 8GB ValueRAM CUDIMM: IC Topology

The 16GB KVR64A52BS8-16 uses a 1Rx8 single-rank x8 configuration — eight 2G×8-bit chips — compared to the 8GB KVR64A52BS6-8’s 1Rx16 configuration with four 1G×16-bit chips. The x8 topology provides better signal integrity per chip and broader compatibility with memory controllers that optimise for x8 organisation, while remaining single-rank for maximum compatibility across CUDIMM-capable platforms. Both modules include an integrated Clock Driver (CKD).

Performance Profile

The SPD is programmed to JEDEC standard DDR5-6400 at 52-52-52 timing at 1.1V. DDR5-6400 is achieved natively without any XMP or EXPO profile — no BIOS configuration is required on a compatible CUDIMM platform. The module defaults to DDR5-6400 CL52 straight from installation.

No XMP on this module: DDR5-6400 is achieved via JEDEC specification natively on compatible CUDIMM platforms — no BIOS tuning required.

ValueRAM Quality & Warranty

ValueRAM is Kingston’s industry standard memory line, delivering award-winning performance and legendary Kingston reliability. Each 288-pin DIMM uses gold contact fingers, operating temperature is 0°C to +85°C, and storage temperature is −55°C to +100°C. No heat spreader, no RGB — classic ValueRAM reliability focus backed by a lifetime warranty.

Single stick = single channel: For dual-channel bandwidth, install a second KVR64A52BS8-16 in your motherboard’s recommended paired DIMM slots. Refer to your board’s manual for the correct slot configuration.

Key Highlights

• Capacity: 16GB (1×16GB)
• Type: DDR5 CUDIMM | 288-pin (Desktop) — CUDIMM, not UDIMM
• Speed: 6400MT/s (PC5-51200)
• Timings: CL52-52-52
• Rank / IC: 1Rx8 single rank; 8× 2G×8-bit FBGA + Clock Driver (CKD)
• Voltage: 1.1V (VDD/VDDQ); 1.8V (VPP)
• Standard: JEDEC — no XMP, no EXPO
• On-Die ECC: Yes (DDR5 standard)
• ECC: Non-ECC unbuffered
• Contact fingers: Gold
• RGB: None
• Operating Temp: 0°C to +85°C
• Storage Temp: −55°C to +100°C
• Platform: CUDIMM-compatible DDR5 platforms only (Intel Arrow Lake Z890/B860 and later)
• Warranty: Lifetime

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This is the only CUDIMM in this memory range, and buyers must understand what that means before purchasing. A CUDIMM (Clocked Unbuffered DIMM) differs from a standard UDIMM (Unbuffered DIMM) in one critical way: it includes an integrated Clock Driver (CKD) component on the module. The KVR64A52BS6-8 contains four 1G×16-bit FBGA DRAM components and one Clock Driver (CKD) — the CKD regenerates the DDR5 clock signal on-module, improving signal integrity at high frequencies like 6400MT/s and enabling more reliable operation at speeds that would challenge standard unbuffered DDR5 architectures.

CUDIMMs are designed for Intel’s newer platform generations (Arrow Lake and later) that support the CUDIMM standard, and are not universally compatible with all DDR5 motherboards. Before purchasing, verify that your specific motherboard and CPU explicitly support CUDIMM — it is not the same as standard DDR5 UDIMM compatibility.

CUDIMM requires CUDIMM-compatible motherboard and CPU: This module will not function in all DDR5 motherboards. Verify that your specific board and processor explicitly support CUDIMM before purchasing. Most existing DDR5 Z690/B660/Z790/X670E boards support standard UDIMM only — CUDIMM support is primarily found on Intel Arrow Lake (Z890/B860) and later platforms.

Performance Profile

The KVR64A52BS6-8 operates at 6400MT/s with CAS latency 52, adhering to JEDEC industry standards for consistent performance. Functioning at 1.1V, it contributes to system power efficiency as an unbuffered, non-ECC DIMM suitable for mainstream consumer-grade motherboards. No XMP or EXPO profile is present — rated 6400MT/s speed is achieved natively via JEDEC specification without any BIOS adjustment.

No XMP on this module: DDR5-6400 is achieved via JEDEC specification natively — no BIOS tuning required on compatible CUDIMM platforms.

ValueRAM Pedigree & Build

ValueRAM is Kingston’s industry standard memory line, delivering award-winning performance and legendary Kingston reliability. The module’s physical design is a standard 288-pin DIMM at 31.25mm height, ensuring broad compatibility with various cases and CPU coolers, and its construction conforms to RoHS compliance. No heat spreader, no RGB — classic ValueRAM focus on reliability and broad compatibility in a clean, compact form.

Key Highlights

• Capacity: 8GB (1×8GB)
• Type: DDR5 CUDIMM | 288-pin (Desktop) — CUDIMM, not UDIMM
• Speed: 6400MT/s (PC5-51200)
• Timings: CL52
• Rank / IC: 1Rx16 single rank; 4× 1G×16-bit FBGA + Clock Driver (CKD)
• Voltage: 1.1V
• Standard: JEDEC — no XMP, no EXPO
• On-Die ECC: Yes (DDR5 standard)
• ECC: Non-ECC unbuffered
• RGB: None
• Module Height: 31.25mm
• Standards: RoHS compliant
• Platform: CUDIMM-compatible DDR5 platforms only (Intel Arrow Lake Z890/B860 and later)
• Warranty: Lifetime

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The FURY Renegade sits at the apex of Kingston’s FURY DDR5 gaming memory hierarchy. Kingston FURY Renegade DDR5 offers speeds from 6000MT/s up to 8800MT/s, with on-die ECC for improved stability at extreme speeds and dual 32-bit subchannels for increased efficiency. The KF564C32RS-16 represents the 6400MT/s CL32 entry point into the Renegade lineup — a module that prioritises both raw bandwidth and tight primary latency in equal measure. DDR5-6400 CL32 delivers approximately 10ns absolute memory access latency, matching the best CL30 DDR5-6000 modules in raw latency terms while running at a higher clock frequency.

Heat Spreader Design

The FURY Renegade’s silver and black heat spreader dissipates heat quickly and efficiently. A lack of ARGB functionality ensures a neat and clean look for those seeking enhanced power without distracting lighting. The Renegade’s heat spreader is taller and more aggressively sculpted than the Fury Beast’s compact design — delivering increased thermal mass for sustained high-frequency XMP operation — while maintaining a professional, performance-first aesthetic that suits both open-frame and windowed builds where the focus should be on the rest of the hardware.

Performance: DDR5-6400 CL32-39-39

Each module has been tested to run at DDR5-6400 at a low latency timing of 32-39-39 at 1.4V. The SPDs are programmed to JEDEC standard DDR5-4800 timing of 40-39-39 at 1.1V. CL32 at DDR5-6400 is an exceptional latency profile — tighter than CL36 Corsair Vengeance and CL38 GeIL Orion at DDR5-6000, and matching or bettering CL30 modules at DDR5-6000 in absolute nanosecond terms due to the higher clock frequency. Intel XMP 3.0 enables one-click overclocking to the rated profile from BIOS.

XMP 3.0 must be enabled for rated speed: Without activating XMP 3.0 in BIOS, this module defaults to JEDEC DDR5-4800 at CL40-39-39 at 1.1V. Enable XMP 3.0 to unlock DDR5-6400 at CL32-39-39. Updating your BIOS before installation is strongly recommended.

1.4V is normal at DDR5-6400 CL32: The elevated operating voltage is within safe DDR5 parameters for this speed and timing grade.

IC Configuration & Build Quality

The KF564C32RS-16 is a 2G×64-bit (16GB) DDR5-6400 CL32 SDRAM, 1Rx8 single-rank module based on eight 2G×8-bit FBGA components with gold contact fingers. The 1Rx8 x8 IC topology delivers excellent signal integrity and broad motherboard compatibility. Kingston backs this with 100% factory testing and a lifetime warranty.

Renegade vs FURY Beast DDR5

The FURY Renegade targets the same Intel DDR5 platforms as the FURY Beast but with a more premium specification, tighter-timed XMP profile, and higher-grade heat spreader. Where the Fury Beast DDR5-6000 CL30 (KF560C30BB-8) offers AMD EXPO alongside XMP 3.0, the Renegade is XMP 3.0 only — optimised for Intel DDR5 platforms. AMD Ryzen 7000 (AM5) users should verify DOCP compatibility on their specific motherboard.

DDR5 Platform Requirements

DDR5 is not compatible with DDR4 motherboards or slots. A DDR5-capable motherboard and CPU is required — Intel 12th generation or later on a DDR5-compatible board.

DDR5 is not compatible with DDR4 slots: Verify that both your motherboard and CPU support DDR5 before purchasing.

AMD platform note: The KF564C32RS-16 carries Intel XMP 3.0 only. AMD Ryzen 7000 (AM5) users should verify DOCP compatibility on their specific motherboard before purchasing.

Single stick = single channel: For dual-channel bandwidth, install a second KF564C32RS-16 in your motherboard’s recommended paired DIMM slots. Refer to your board’s manual for the correct slot configuration.

Key Highlights

• Capacity: 16GB (1×16GB)
• Type: DDR5 | 288-pin DIMM (Desktop)
• Speed: 6400MT/s (PC5-51200) via XMP 3.0
• Timings: CL32-39-39 @ 1.4V (XMP 3.0); CL40-39-39 @ 1.1V (JEDEC DDR5-4800)
• Rank / IC: 1Rx8 single rank; 8× 2G×8-bit FBGA components
• Voltage: 1.4V (XMP 3.0) / 1.1V (JEDEC)
• Overclocking: Intel XMP 3.0 supported
• On-Die ECC: Yes
• PMIC: Yes
• Dual Subchannel: Yes
• RGB / ARGB: None
• Heat Spreader: Silver and black aluminium — FURY Renegade series
• Contact fingers: Gold
• Colour: Silver / Black
• Platform: Intel 12th gen+ (DDR5 boards) — XMP 3.0; AMD AM5 verify DOCP
• Warranty: Lifetime

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The AX5U6400C3216G delivers one of the most attractive combinations in this range: DDR5-6400 CL32 performance in a low-profile form factor. The Lancer Blade boasts a low-profile heatsink that fits perfectly in smaller PC cases and avoids interference with tower CPU coolers, with sleek geometric lines adding versatility and visual appeal to any case design. The module measures 133.35 × 40 × 7.86mm — standard length, reduced height, compact depth — ensuring compatibility with virtually all CPU cooler configurations regardless of tower size.

SK Hynix A-Die ICs

The Lancer Blade DDR5-6400 uses eight SK Hynix A-die memory chips per module, running natively at DDR5-2400 with timings of 40-39-39-77 at 1.10V via JEDEC, with XMP 3.0 and AMD EXPO profiles unlocking DDR5-6400 at 32-39-39-89 at 1.40V. SK Hynix A-die is one of the most broadly supported DDR5 IC types across Intel and AMD DDR5 platforms, contributing to the Lancer Blade’s strong real-world compatibility track record.

Performance & Dual-Platform Overclocking

Both Intel XMP 3.0 and AMD EXPO are supported — making this one of the few low-profile DDR5-6400 CL32 single-stick modules with certified overclocking profiles on both major platform ecosystems. With Intel XMP 3.0, overclocking is easy without the need to repeatedly adjust and fine-tune parameters; AMD EXPO provides compatibility with the latest AMD platforms for reliability and stability. CL32 at DDR5-6400 delivers approximately 10ns absolute memory access latency — matching the Kingston Fury Renegade DDR5-6400 CL32 at the same frequency, in a build-agnostic low-profile package.

XMP 3.0 or AMD EXPO must be enabled for rated speed: Without activating the appropriate profile in BIOS, this module defaults to JEDEC DDR5-2400 at CL40. Enable XMP 3.0 (Intel) or EXPO (AMD) to unlock DDR5-6400 at CL32-39-39. Updating your BIOS before installation is strongly recommended.

1.4V is normal at DDR5-6400 CL32: The elevated operating voltage is within safe DDR5 parameters for this speed and timing grade.

DDR5 Features & Quality

High-quality ICs and PCBs ensure uncompromised performance and reliable overclocking. The built-in PMIC enhances power supply stability. On-die ECC corrects errors in real-time for increased stability and reliability. Dual 32-bit subchannel architecture improves memory access parallelism over DDR4’s single 64-bit channel — a standard DDR5 advantage present across all modules in this generation.

DDR5-6400 vs DDR5-6000 Lancer Blade

The AX5U6400C3216G steps up significantly from the DDR5-6000 CL48 Lancer Blade (AX5U6000C4816G) already in this range. Both share the same low-profile heatsink and cooler-clearance advantage, but the DDR5-6400 CL32 variant delivers substantially lower absolute memory latency and higher bandwidth — the natural upgrade path for builds where cooler clearance is a constraint but maximum DDR5 performance is still the target.

DDR5 Platform Requirements

DDR5 is not compatible with DDR4 motherboards or slots. A DDR5-capable motherboard and CPU is required — Intel 12th generation or later on a DDR5-compatible board, or AMD Ryzen 7000 series (AM5) or later.

DDR5 is not compatible with DDR4 slots: Verify that both your motherboard and CPU support DDR5 before purchasing.

Single stick = single channel: For dual-channel bandwidth, install a second AX5U6400C3216G in your motherboard’s recommended paired DIMM slots. Refer to your board’s manual for the correct slot configuration.

Key Highlights

• Capacity: 16GB (1×16GB)
• Type: DDR5 | 288-pin U-DIMM (Desktop)
• Speed: 6400MT/s (PC5-51200) via XMP 3.0 / AMD EXPO
• Timings: CL32-39-39-89 (XMP/EXPO); JEDEC default at DDR5-2400 CL40
• IC: SK Hynix A-die, 8 chips per module
• Rank: Single rank (1Rx8)
• Voltage: 1.4V (XMP/EXPO) / 1.1V (JEDEC)
• Overclocking: Intel XMP 3.0 & AMD EXPO supported
• On-Die ECC: Yes
• PMIC: Yes
• Dual Subchannel: Yes
• RGB: None
• Heatsink: Low-profile aluminium — 133.35 × 40 × 7.86mm
• Platform: Intel 12th gen+ (DDR5 boards) & AMD Ryzen 7000 (AM5)+
• Warranty: Lifetime

Proudly sold by the Ringwood Digital Store.

The FURY Renegade RGB DDR5 carries two headline features that set it apart from every other RGB module in this range. First, Kingston’s patented Infrared Sync Technology: Infrared Sync keeps lighting effects in perfect lock-step across modules without any cables, providing smooth, synchronised PC lighting. Second, FURY CTRL software: FURY CTRL provides 18 customisable RGB lighting effects — a substantially richer lighting control platform than the motherboard-software-only approach of most competing RGB modules.

The dynamic light bar features 12 LEDs per module behind the silver and black heat spreader’s RGB diffuser zone. In addition to standalone FURY CTRL control, the Renegade RGB syncs with ASUS Aura Sync, MSI Mystic Light, Gigabyte RGB Fusion, and ASRock Polychrome Sync for motherboard-level ecosystem integration.

DDR5-6400 CL32: Peak Performance

Performance specs are identical to the non-RGB KF564C32RS-16. Each module has been tested to run at DDR5-6400 at CL32-39-39 at 1.4V via Intel XMP 3.0. The SPDs are programmed to JEDEC standard DDR5-4800 at 40-39-39 at 1.1V. Each 288-pin DIMM uses gold contact fingers. DDR5-6400 CL32 delivers approximately 10ns absolute memory access latency — matching the tightest primary latency profiles available in consumer DDR5-6400.

XMP 3.0 must be enabled for rated speed: Without activating XMP 3.0 in BIOS, this module defaults to JEDEC DDR5-4800 at CL40-39-39 at 1.1V. Enable XMP 3.0 to unlock DDR5-6400 at CL32-39-39. Updating your BIOS before installation is strongly recommended.

1.4V is normal at DDR5-6400 CL32: The elevated operating voltage is within safe DDR5 parameters for this speed and timing grade.

Renegade RGB vs Renegade (Non-RGB)

The KF564C32RSA-16 and KF564C32RS-16 are identical in DDR5 performance specification — same die, same XMP profile, same 1Rx8 topology, same timings and voltage. The RGB variant adds the Infrared Sync light bar and 12-LED RGB, FURY CTRL software access, and a modestly taller module height to accommodate the diffuser. For performance-only builds or cooler-clearance-constrained systems, the non-RGB Renegade is the appropriate choice. For premium builds where RGB presence and Infrared Sync synchronisation are desired alongside flagship DDR5-6400 CL32 performance, this is the module.

DDR5 Platform Features

On-die ECC delivers more reliable DRAM components, an on-board PMIC balances power when and where it’s needed, and two independent 32-bit subchannels provide dramatic increases in data efficiency for multi-core processors. 100% factory tested at rated speed.

DDR5 Platform Requirements

DDR5 is not compatible with DDR4 motherboards or slots. A DDR5-capable motherboard and CPU is required.

DDR5 is not compatible with DDR4 slots: Verify that both your motherboard and CPU support DDR5 before purchasing.

AMD platform note: The KF564C32RSA-16 carries Intel XMP 3.0 only. AMD Ryzen 7000 (AM5) users should verify DOCP compatibility on their specific motherboard before purchasing.

Infrared Sync requires two modules: For seamless cross-module RGB synchronisation via Infrared Sync, install a second KF564C32RSA-16 within the 18mm infrared working range (adjacent DIMM slots). A single stick will still display RGB effects independently.

Single stick = single channel: For dual-channel bandwidth and full Infrared Sync, install a second KF564C32RSA-16 in your motherboard’s recommended paired DIMM slots.

Key Highlights

• Capacity: 16GB (1×16GB)
• Type: DDR5 | 288-pin DIMM (Desktop)
• Speed: 6400MT/s (PC5-51200) via XMP 3.0
• Timings: CL32-39-39 @ 1.4V (XMP 3.0); CL40-39-39 @ 1.1V (JEDEC DDR5-4800)
• Rank / IC: 1Rx8 single rank; 8× 2G×8-bit FBGA components
• Voltage: 1.4V (XMP 3.0) / 1.1V (JEDEC)
• Overclocking: Intel XMP 3.0 supported
• On-Die ECC: Yes
• PMIC: Yes
• Dual Subchannel: Yes
• RGB / ARGB: Yes — 12-LED dynamic RGB light bar; Infrared Sync Technology (cable-free)
• RGB Software: FURY CTRL (18 preset effects); ASUS Aura Sync, MSI Mystic Light, Gigabyte RGB Fusion, ASRock Polychrome Sync compatible
• Heat Spreader: Silver and black aluminium — FURY Renegade RGB series
• Contact fingers: Gold
• Colour: Silver / Black
• Platform: Intel 12th gen+ (DDR5 boards) — XMP 3.0; AMD AM5 verify DOCP
• Warranty: Lifetime

Proudly sold by the Ringwood Digital Store.

The JM6400ALE-16G is a CUDIMM (Clocked Unbuffered DIMM), not a standard UDIMM. Like the Kingston ValueRAM CUDIMMs (KVR64A52BS6-8 and KVR64A52BS8-16) listed elsewhere in this range, the JM6400ALE-16G uses a 1Rx8 single-rank (2Gx8)×8 component composition with an integrated Clock Driver (CKD) that regenerates the DDR5 clock signal on-module for improved signal integrity at 6400MT/s. CUDIMMs are not universally compatible with all DDR5 motherboards — they require a CUDIMM-capable platform, primarily Intel Arrow Lake (Z890/B860) and later.

CUDIMM requires CUDIMM-compatible motherboard and CPU: This module will not function in all DDR5 motherboards. Verify that your specific board and processor explicitly support CUDIMM before purchasing. CUDIMM support is primarily found on Intel Arrow Lake (Z890/B860) and later platforms — most existing Z690/Z790/X670E boards support standard UDIMM only.

JetRam DDR5-6400 vs DDR5-4800

The JM6400ALE-16G steps up significantly from the JM4800ALE-16G listed elsewhere in this range. Both are JetRam DDR5 desktop modules built on ETT-grade brand-name DRAM chips with the same Transcend quality screening process — but the 6400MT/s variant delivers 51.2GB/s bandwidth vs 38.4GB/s at 4800MT/s, a 33% bandwidth increase. The 6400MT/s module is also a CUDIMM rather than a standard UDIMM, requiring platform verification before purchase.

Performance Profile

At 6400MT/s, this module significantly reduces data bottlenecks, providing smooth performance for competitive gaming and high-resolution content creation. CAS latency is CL52 at 1.1V via JEDEC specification — no XMP or EXPO profile is present, consistent with the ValueRAM approach to CUDIMM DDR5-6400. Rated 6400MT/s speed is achieved natively via JEDEC on any compatible CUDIMM platform without BIOS configuration.

No XMP on this module: DDR5-6400 is achieved via JEDEC specification natively on compatible CUDIMM platforms — no BIOS tuning required.

Power Efficiency & DDR5 Features

The integrated PMIC ensures precise power distribution at a low 1.1V, maintaining extreme energy efficiency and signal integrity even at high speeds. On-die ECC automatically detects and fixes bit errors, ensuring superior stability and preventing system crashes during high-frequency operation. PCB height is 1.23 inches — the same compact profile as the JM4800ALE-16G, fitting virtually all desktop cases and CPU cooler configurations without clearance concerns.

Transcend JetRam Quality

The module features a 288-pin design and is strictly factory-screened through rigorous environmental testing to ensure cross-platform compatibility, backed by Transcend’s limited lifetime warranty. Transcend’s ETT-grade DRAM screening process — the same quality framework applied across the entire JetRam DDR4 and DDR5 lineup — ensures consistent performance and compatibility across the CUDIMM-compatible platform ecosystem.

Single stick = single channel: For dual-channel bandwidth, install a second JM6400ALE-16G in your motherboard’s recommended paired DIMM slots. Refer to your board’s manual for the correct slot configuration.

Key Highlights

• Capacity: 16GB (1×16GB)
• Type: DDR5 CUDIMM | 288-pin (Desktop) — CUDIMM, not UDIMM
• Speed: 6400MT/s (PC5-51200)
• Timings: CL52
• Rank / IC: 1Rx8 single rank, (2Gx8)×8 + Clock Driver (CKD)
• Voltage: 1.1V
• Standard: JEDEC — no XMP, no EXPO
• On-Die ECC: Yes
• PMIC: Yes — integrated, precise power distribution
• Bandwidth: 51.2GB/s
• PCB Height: 1.23 inches
• Operating Temp: 0°C to 85°C
• RGB: None
• ECC: Non-ECC unbuffered
• Platform: CUDIMM-compatible DDR5 platforms only (Intel Arrow Lake Z890/B860 and later)
• Warranty: Limited Lifetime

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