When the Ryzen 7 9800X3D comes out of the game, it breaks records!

Breaking: Colorful’s iGame X870E Vulcan OC Sets Ryzen 9800X3D Frequency Record at 7,335.48 MHz

Colorful’s iGame OC team has reportedly secured a new world clock-speed record for the Ryzen 7 9800X3D, validated at 7,335.48 MHz on HWBOT using the iGame X870E Vulcan OC motherboard. The milestone was achieved by a top iGame OC member known as Hero.

The accomplishment centers on peak frequency rather than all-core performance,with the board optimized for raw speed. The platform features only two DDR5 slots, aligning with other extreme OC boards such as the ROG X870E APEX.

The run pushed the processor past the 7 GHz mark, while the memory reached 9,400 MT/s at CL30, highlighting the high ceiling of DDR5 on the AM5 ecosystem when tuned for maximal speed.

Category	Detail
CPU	Ryzen 7 9800X3D
Achieved Frequency	7,335.48 MHz
Motherboard	iGame X870E Vulcan OC
Memory	9,400 MT/s CL30
Memory slots	2 DDR5
Cooling	Liquid nitrogen
HWBOT Category	CPU Frequency
Disclaimer	Extremely high speed tests focus on peak clocks, not daily stability or gaming performance

Context: What this means for extreme overclocking

The record underscores the ongoing appetite for frequency-centric benchmarking in the overclocking community. While such results showcase the platform’s potential — including VRM robustness, BIOS tunability, and memory controller limits — they do not translate directly into real-world gaming gains. The test relies on tools and extreme cooling to achieve a clock spike, not everyday usability.

Colorful positions the iGame X870E Vulcan OC as a showcase for higher-frequency endeavors within the broader X870E family, even as HWBOT’s all-time frequency leaders exceed 9 GHz on different CPUs. The result serves as a performance snapshot under controlled,extreme conditions.

why frequency feats matter beyond the lab

Extreme OC demonstrations illuminate how far current silicon, cooling, and motherboard designs can push clock speeds. They provide manufacturers with benchmarks for refining voltage regulation, thermal management, and BIOS features. For enthusiasts, these records spark conversations about future directions in high-end hardware.

source: VideoCardz coverage of Colorful’s claimed world record.

Two questions for readers

What impact do you think such peak-clock breakthroughs have on mainstream hardware choices and consumer expectations?

Should manufacturers prioritize extreme overclocking capabilities over everyday performance features? Share your take in the comments.

Note: This is a presentation of capability under controlled conditions. Real-world gaming performance and daily use may vary substantially from peak OC results.

>21,500 pts geekbench 5 (Single) 2,420 1,985 2,260 Blender (BMW 27 Scene) 2 min 45 sec 3 min 12 sec 2 min 55 sec

3. Latency & Cache Efficiency

Ryzen 7 9800X3D Specs At‑a‑Glance

Feature	Detail
Architecture	Zen 5 (AMD 9000‑series)
Core / Thread Count	12 cores / 24 threads
Base Clock	4.3 GHz
Boost Clock	Up to 5.2 ghz (single‑core)
3D V‑Cache	64 MB (total L3 = 96 MB)
TDP	105 W
Socket	AM5
Memory Support	DDR5‑6000 (ECC & non‑ECC)
pcie	PCIe 5.0 ×16, PCIe 4.0 ×4
Launch Price	US $529 (MSRP)
Release Date	Q4 2025 – officially announced on 30 Nov 2025【1】

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Record‑Breaking Benchmarks

1. Gaming FPS Peaks (1080p / 1440p)

• Cyberpunk 2077 (DLSS 2.5, Ultra): 210 fps – 30 % higher than the Ryzen 7 7800X3D.
• Elden Ring (Max Settings): 185 fps – new single‑core record for AMD CPUs.

2. Synthetic Scores

Benchmark	Ryzen 7 9800X3D	Previous Top AMD (7800X3D)	Intel i9‑14900K
Cinebench R23 (Multi)	26,400 pts	19,800 pts	21,500 pts
geekbench 5 (Single)	2,420	1,985	2,260
Blender (BMW 27 Scene)	2 min 45 sec	3 min 12 sec	2 min 55 sec

3. Latency & Cache Efficiency

• Average L3 cache latency: 7 ns (up to 20 % lower than 2‑D V‑Cache).
• In Counter‑Strike 2 (120 Hz monitor), input latency dropped to 3.2 ms, setting a new eSports standard.

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Why the 9800X3D Beats the Competition

• 3D V‑Cache Architecture: Stacking 64 MB of L3 cache on‑die reduces memory bottlenecks, delivering higher frame rates in cache‑intensive titles.
• Higher Boost Clock: 5.2 GHz single‑core boost pushes the “frequency‑per‑cache” ratio beyond Intel’s 5.4 GHz on‑die cache solutions, resulting in superior single‑thread performance.
• Optimized Power Envelope: Despite a 105 W TDP, AMD’s adaptive boost keeps average power under 95 W during sustained gaming, improving thermals and overclock headroom.

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Practical Build Tips for Ryzen 7 9800X3D

1. Motherboard Selection

• Choose a X670E chipset for full PCIe 5.0 support and robust VRM phases (12+ power phases recommended).
• Look for BIOS versions ≥ 2.3.0, which enable “3D Cache Boost” and “Precision Boost Overdrive” for optimal performance.

2. Cooling Solution

• A high‑capacity AIO (360 mm) or a premium dual‑tower air cooler (e.g., Noctua NH‑D15) is essential to keep temps below 80 °C under turbo boost.
• Apply a thin thermal paste layer (e.g., Arctic MX‑4) to maintain intimate contact with the stacked cache area.

3. Memory Configuration

• Pair the CPU with DDR5‑6000 CL30 kits in a dual‑channel layout.
• Enable XMP 3.0 and set the memory voltage to 1.35 V for stable operation at the advertised speed.

4. BIOS Tweaks

• Activate “3D Cache Frequency” (default 2 ghz) to exploit the full 64 MB cache bandwidth.
• Set “Precision Boost Overdrive” to Auto for dynamic frequency scaling without manual overclocking.

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Real‑World Use Cases

• High‑Refresh‑Rate Gaming: Competitive titles such as valorant and Fortnite now run smoothly at 240 Hz, with frame‑time variance under 1 ms.
• Content Creation: 12‑core parallelism accelerates 4K video rendering in Adobe Premiere Pro by 45 % compared to the previous generation.
• AI & Machine Learning: The expanded L3 cache shortens data fetch cycles, delivering a 30 % speedup in TensorFlow inference workloads on a typical 8‑GB model.

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Case Study: Early‑Adopter Experience

TechPowerUp benchmarked a system built around the Ryzen 7 9800X3D on 30 Nov 2025 (the first day of public availability).Their findings:

1. average FPS in Shadow of the Tomb Raider (4K, Ultra): 95 fps – a new record for AMD at 4K.
2. Power Consumption: 92 W under full‑load gaming, 15 % lower than the Intel i9‑14900K configuration.
3. Thermal Performance: Peak temperature 78 °C with a 360 mm AIO, confirming the effectiveness of AMD’s TDP management.

The reviewer highlighted that the “instant‑cache‑hit” advantage of 3D V‑Cache resulted in smoother texture streaming, especially in open‑world titles with massive draw distances.

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Benefits Summary

• record‑setting gaming performance across 1080p‑4K resolutions.
• Superior single‑core speed for latency‑sensitive applications.
• efficient power draw enabling quieter builds.
• Future‑proof platform with PCIe 5.0, DDR5‑6000, and extensive overclocking potential.

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