Intel Core i9-9980XE

The Intel Core i9-9980XE, a powerhouse from Intel's X-Series 9th Gen lineup, delivers elite multi-threaded performance ideal for content creators, 3D rendering professionals, and heavy multitaskers. With 18 cores and 36 threads, it dominates workloads that scale with core count, such as video encoding, simulation, and compilation tasks. Benchmark results reflect this dominance: it scores an impressive 26,836 in Cinebench R23 multicore and 11,271 in R20 multicore, rivaling even some HEDT successors. This level of throughput ensures near-instantaneous rendering in applications like Blender and Premiere Pro, making the i9-9980XE a workstation-class chip. Its 24.75 MB of shared L3 cache and 14 nm process enhance data throughput and latency management under heavy load. While not the most power-efficient at 165W TDP, its sustained performance under prolonged loads remains strong. The base clock of 3.00 GHz and turbo up to 4.50 GHz provide responsive core behavior even when not all cores are active. Platform support via Intel Socket 2066 ensures compatibility with X299 chipsets, though users must consider robust cooling solutions. Overall, the 9980XE remains relevant for CPU-heavy creative workflows despite its age.

When it comes to gaming, the Intel I9-9980XE showcases solid but not class-leading performance. In single-core benchmarks like Cinebench R23, it scores 3,788 points respectable, but behind newer architectures. Modern titles typically rely more on single-threaded speed and GPU performance, meaning the 18-core beast often operates below its potential. Still, in CPU-intensive games or high-refresh-rate competitive scenarios, the low-latency responsiveness and abundant headroom help maintain consistent frame pacing. It excels in multi-app gaming setups streaming, recording, and gaming simultaneously where its 36 threads prevent bottlenecks. However, gamers spending $1979 at launch likely overpaid for pure gaming ROI. The i9-9980XE shines brightest when gaming is just one of many concurrent workloads. Enthusiasts building a do-it-all rig in 2018 found it compelling, but today’s gaming-focused builds benefit more from newer, efficient chips. That said, paired with a high-end GPU, it remains a capable gaming CPU even in 2024. It simply wasn’t designed to win gaming leaderboards, but to conquer complexity.

Priced at $1979 at launch, the Intel Core i9-9980XE targeted extreme enthusiasts and professionals who demanded maximum core density before AMD’s Threadripper dominance. Today, its price-to-performance ratio is heavily skewed, especially considering used market availability and newer alternatives. While its multicore Geekbench score of 11,270 remains strong, modern CPUs offer better efficiency and performance per dollar. Consider these key platform considerations when adopting this CPU:

1. A compatible X299 motherboard is required, limiting upgrade flexibility and often increasing total platform cost.
2. DDR4 memory at quad-channel configurations is necessary to feed its wide data pipeline and maximize throughput.
3. Robust cooling and a high-wattage PSU (850W+) are mandatory due to its 165W TDP and power spikes under load.

Building around the 9980XE means investing in a full HEDT ecosystem, which includes more expensive components and niche expansion options. The aging 14 nm process doesn’t help efficiency, leading to higher heat and power consumption than current-gen chips. Even in its prime, it faced stiff competition from AMD on value. Now, it’s best suited for budget-conscious professionals sourcing used parts for a high-core-count build. The platform’s longevity has been impressive, but upgrade paths are effectively capped.

The Intel Core i9-9980XE, as one of Intel’s final high-core-count triumphs on the X-series platform, represents the peak of Intel’s pre-AMD-challenge HEDT era. Its real-world performance in multi-threaded applications still holds up, particularly in benchmarks like Cinebench R15 multicore, where it achieved 2,705 points a mark once considered untouchable. While gaming performance is competent, it’s the CPU’s ability to juggle massive workloads that defines its legacy. The 9980XE thrives in environments where core count and thread density outweigh raw IPC gains. Even years after its October 2018 release, it remains a benchmark reference point for multi-core efficiency on 14 nm tech. For hardware fans, it symbolizes a transitional moment in CPU development, where core wars began shifting decisively toward AMD. Yet, in the right build, with proper cooling and memory tuning, the i9-9980XE still delivers a satisfyingly brutalist computing experience. It’s not the most efficient or affordable, but as a statement of raw silicon ambition, it stands tall. A true X-series legend.