Intel Core i7 5775C Análisis | 78 Datos comparados

The Intel Core i7-5775C represents a 14nm Broadwell architecture, featuring the Iris Pro 6200 integrated graphics with a 128MB eDRAM L4 cache. This onboard GPU is a major pro, allowing for capable gaming performance without a dedicated card, supported by high efficiency with a 65W TDP. However, lower clock speeds (3.3/3.7 GHz) result in CPU-centric performance that often lags behind the older i7-4790K, particularly in synthetic benchmarks. While the Broadwell architecture provides improved IPC, the reduced 6MB L3 cache and lower frequencies limit its advantages in traditional processing tasks. The CPU remains compatible with existing Z97/H97 LGA 1150 motherboards, offering a potential drop-in upgrade for users seeking superior integrated graphics, though it lacks the widespread applicability of its predecessor. Ultimately, the i7-5775C is considered a niche product, boasting superior HTPC and small-form-factor capabilities due to its high-end integrated graphics. Key cons identified include its lower raw CPU performance, high MSRP at release, and limited overclocking headroom.

The Intel Core i7-5775C "Broadwell" processor delivers impressive performance-per-watt and exceptional Iris Pro 6200 graphics, making it a compelling option for Linux users seeking high-performance integrated graphics, according to Phoronix. While initially hampered by severe stability issues on Ubuntu 15.04, the 14nm CPU proved stable under Fedora 22, showcasing superior efficiency over the Haswell predecessor. The standout feature is the 128MB of eDRAM, which rivals dedicated mid-range GPUs in open-source tests, offering a significant, though expensive, upgrade for LGA-1150 systems. Despite the excellent graphics, the i7-5775C features lower base clock speeds than the i7-4790K, resulting in only modest CPU performance gains for general tasks. High initial costs and significant Linux compatibility hurdles, requiring newer kernels, present notable drawbacks for early adopters. Ultimately, the review suggested this CPU is ideal for those prioritizing graphics, while recommending users seeking maximum raw CPU power wait for the then-impending Skylake platform.

The Overclockers.com review of the Intel Core i7-5775C highlights this LGA1150 "Broadwell" chip for its revolutionary Iris Pro 6200 integrated graphics, which features 128MB of eDRAM (L4 cache) to outperform previous iGPUs. While offering exceptional power efficiency and low temperatures from its 14nm process, the chip operates at lower stock clock speeds (3.3 GHz base, 3.7 GHz boost) than its predecessor, resulting in weaker raw CPU performance, according to the review. Ultimately, the review deems the 5775C a "mixed bag" for enthusiasts, noting strong gaming performance for a,n iGPU but limited overclocking headroom and a high price, making it less ideal for users with dedicated graphics cards.

The Overclockers Club review highlights the Intel Core i7-5775C as a unique 14nm Broadwell processor featuring powerful Iris Pro 6200 integrated graphics with 128MB of dedicated L4 eDRAM. While delivering significant efficiency and excellent 1080p gaming capability without a dedicated GPU, it underperforms relative to the i7-4790K in raw processing tasks due to lower clock speeds and smaller L3 cache. While the chip is energy-efficient (65W TDP), it offers limited overclocking headroom and is best suited for small form factor builds, rather than high-performance gaming desktops. Key Pros: Exceptional Iris Pro 6200 graphics, 128MB L4 eDRAM, and low 65W power consumption. Key Cons: Lower stock clocks, smaller L3 cache than predecessors, and limited overclocking capacity. For more details, visit Overclockers Club.

The HotHardware review of the Intel Core i7-5775C highlights it as a unique 14nm "Broadwell" desktop processor that excels in integrated graphics but struggles to maintain pure CPU dominance. Its standout feature is the Iris Pro 6200 graphics engine paired with a 128MB L4 eDRAM cache, which delivers superior integrated performance, outperforming many entry-level discrete cards, yet lower clock speeds result in lower performance compared to the i7-4790K in CPU-intensive tasks. Technically, the chip earns praise for its 65W TDP, proving highly efficient with low power consumption under load. However, overclocking headroom is limited compared to the "Devil's Canyon" series, with significant power and heat spikes (up to 165W) needed to achieve modest 4.2GHz speeds. Ultimately, the high cost of over $540 makes it a niche product, best suited for small-form-factor builds where high-end integrated graphics are essential. While it offers unmatched integrated graphics and excellent stock efficiency, the lower clock speeds and high price make it a tough sell over a cheaper CPU and dedicated GPU combo.

The TechRadar review deems the Intel Core i7-5775C a "too little, too late" processor, offering 14nm Broadwell architecture for the Z97 platform but ultimately struggling to justify its existence against the previous Haswell chips and upcoming Skylake generation. While it provides exceptional power efficiency and incredible integrated Iris Pro 6200 graphics that allow for 1080p gaming, its lower clock speeds result in weaker pure CPU performance compared to the i7-4790K. Despite boasting high memory bandwidth via L4 eDRAM and low operating temperatures, the high price tag and limited overclocking potential make it a hard recommendation for most, according to the review.

The HEXUS review of the Intel Core i7-5775C characterizes the 14nm Broadwell chip as a "stop-gap" processor featuring four cores with Hyper-Threading, a 65W TDP, and impressive Iris Pro 6200 integrated graphics with 128MB of dedicated eDRAM. While the CPU offers a 5–10% IPC improvement, its lower clock speeds mean it often trails the older Core i7-4790K in traditional tasks. Key strengths include excellent power efficiency and superior integrated graphics, but it is limited by poor overclocking headroom and release timing just before Skylake. For more details, visit HEXUS.

The PCMag review highlights the Intel Core i7-5775C as a unique, niche processor debuting 14nm "Broadwell" architecture on the LGA 1150 socket. While featuring lower raw CPU clock speeds than its predecessor, its standout feature is the Iris Pro Graphics 6200, which delivered the fastest integrated graphics performance in a socketed CPU at the time. Pros include excellent performance for compact builds, a moderate 65-watt TDP for better power efficiency, and compatibility with existing Z97 motherboards. It also delivers strong results in specific tasks, such as video transcoding with Quick Sync, often outperforming higher-clocked chips in those areas. Cons focus on poor value, as the lower-priced Core i7-4790K was better for pure CPU tasks, and the cost was similar to a cheaper CPU paired with a superior dedicated graphics card. Released late in the platform's life cycle, it was overshadowed by the imminent "Skylake" processors.

The Intel Core i7-5775C (14nm Broadwell) review from PCWorld highlights a niche desktop processor that, despite arriving just before Skylake and having lower CPU speeds than the i7-4790K, offers a unique, high-performance integrated graphics solution. Featuring 128MB of eDRAM (L4 cache), the Iris Pro 6200 graphics outperformed competitor chips in gaming benchmarks, while the CPU showed excellent power efficiency with a 65W TDP. However, at $366, the processor offered poor value compared to pairing a cheaper CPU with a discrete graphics card, especially with limited overclocking potential.

The Intel Core i7-5775C and i5-5675C (Broadwell) 14nm desktop processors focus on exceptional integrated graphics performance via Iris Pro Graphics 6200 and 128MB of eDRAM, rather than raw compute speed improvements over Haswell. While offering a 5% higher IPC and superior graphics capabilities for small form factor PCs without dedicated GPUs, they feature lower clock speeds than the preceding i7-4790K. The chips are highly power-efficient with a 65W TDP but suffer from limited overclocking potential and a smaller 6MB L3 cache, serving as a niche, high-end integrated graphics solution on existing Z97 motherboards.

The Modders-Inc review of the Intel Core i7-5775C highlights this 14nm Broadwell processor as a unique LGA1150 solution featuring a massive 128MB eDRAM "Crystal Well" cache and Iris Pro 6200 graphics, which significantly boost integrated GPU performance for gaming and graphics-heavy tasks, often surpassing AMD APUs. While sporting a lower 65W TDP and reduced base clock speeds (3.3 GHz) compared to the i7-4790K, it maintains strong, efficient performance in productivity, compression, and specific applications that leverage the extra cache, according to the benchmarks. Key pros identified include exceptionally strong integrated graphics, low 65W power consumption, cool operation, and compatibility with existing Z97 motherboards. Conversely, cons include lower stock frequencies than its predecessor, limited overclocking headroom (struggling past 4.2–4.3 GHz), and a high price point. Ultimately, the, processor is deemed ideal for users requiring robust graphics performance without a dedicated GPU, particularly in compact builds. Copy