NVIDIA GeForce GTX 650 Ti Boost Recensione | 118 Dati a confronto

The Digital Foundry review evaluates the Nvidia GeForce GTX 650 Ti Boost as a mid-range contender designed to bridge the price and performance gap between the standard GTX 650 Ti and the GTX 660. Rather than being a slightly faster version of the original 650 Ti, the card acts as a stripped-down GTX 660, sharing the same 24cm PCB length, GK106 silicon chip, 24 ROPs, and 192-bit memory bus. Major performance advantages (pros) highlighted in the review include the return of a fully-fledged dynamic GPU Boost mode, the addition of two-way SLI support, and an expanded 2GB of GDDR5 RAM clocked at 6GHz, which delivers a substantial 40% performance leap over the base 650 Ti. During testing, the card successfully drove demanding 2013 titles like Crysis 3 at 1080p on medium presets at a smooth 50 to 60 FPS, while comfortably surpassing 60 FPS in titles like BioShock Infinite and Batman: Arkham City. However, the graphics card faces notable design and market drawbacks (cons). Architecturally, its stream processors are cut by 20% compared to the GTX 660 (768 vs 960),...

The TechPowerUp review of the EVGA GTX 650 Ti Boost SuperClocked (SC) 2 GB identifies the card as a high-value, budget-friendly option, offering significant performance gains over the reference model through an aggressive factory overclock to 1072 MHz. Key advantages highlighted include excellent 1080p performance that beats the Radeon HD 7850, high performance-per-dollar, and 2-way SLI support. However, the review notes drawbacks such as a cost-effective voltage controller limiting advanced monitoring and loud idle fan noise, despite a low 30°C operating temperature. Overall, it is recommended as a strong, cost-effective choice for gamers.

The HotHardware Review evaluates the NVIDIA GeForce GTX 650 Ti BOOST, a mainstream graphics card engineered to aggressively counter AMD's Radeon HD 7790 launch. Built on TSMC's 28nm process node with 2.54 billion transistors, the card serves as a hybrid solution within the Kepler lineup. It effectively merges the core architecture of the standard GTX 650 Ti (768 CUDA cores and 64 texture units) with the enhanced memory sub-system of the more premium GTX 660, utilizing a wider 192-bit interface, 24 ROPs, and 2GB of GDDR5 memory. Operating at a 980 MHz base clock, a 1033 MHz boost clock, and a 6008 MHz effective memory speed, the card outputs up to 144.2 GB/s of total bandwidth, allowing it to deliver powerful 1080p gaming performance with minimal compromises for a very affordable retail entry price of $169. The primary pros highlighted in the review focus on its exceptional value proposition, offering a massive performance-per-dollar increase that consistently outpaces AMD's Radeon HD 7790 and matches higher-tier components in benchmarks like Unigine Heaven and Metro 2033. Additionally, the inclusion of a 2GB frame...

The EVGA GeForce GTX 650 Ti Boost Superclocked is a reference-design graphics card featuring an elevated 1,072MHz core clock speed and a 1,137MHz boost clock, outperforming standard models while retaining a 2GB framebuffer. Released to compete with the AMD Radeon HD 7790, it excels at 1080p gaming with medium-to-high settings and offers impressive energy efficiency, with an entire test PC consuming under 200W during gameplay. Standout positive features include its excellent three-year transferable global warranty—with affordable options to extend coverage up to 10 years—and its multi-display support via clearly labeled DVI, HDMI, and DisplayPort outputs. However, the card suffers from a few notable drawbacks. Despite having a small physical printed circuit board (PCB) that could easily fit into a 17cm form factor, EVGA uses a bulky 24cm reference shroud that unnecessarily takes up extra space in a PC chassis. Additionally, the factory overclock does not apply to the memory, leaving it clocked slower than some competitor models. Finally, its pricing position at nearly £150 limits its value proposition, as consumers can get significantly better gaming performance by spending just slightly...

The NVIDIA and EVGA GeForce GTX 650 Ti Boost review highlights a strategic mid-range graphics card refresh designed to counter AMD's Radeon HD 7790. Built on the TSMC 28nm Kepler GK106 architecture, this GPU is essentially a GTX 660 with one SMX unit disabled, yielding 768 CUDA cores, a 980MHz base clock, and a 1033MHz boost clock. A major highlight of the Boost variant is its significantly upgraded memory subsystem, which utilizes a wider 192-bit bus and Samsung GDDR5 memory to deliver 144.2 GB/s of bandwidth—a substantial 60% increase over the original GTX 650 Ti. The EVGA SuperClocked retail version takes performance further by offering a factory-overclocked core speed of 1072MHz (1137MHz boost) paired with a modified, high-airflow dual-slot exhaust bracket. Pros & Cons Pro: Strong 40% performance improvement over the standard GTX 650 Ti. Pro: Native 2-way SLI support provides an affordable future multi-GPU upgrade path. Pro: Massive 60% memory bandwidth increase via the wider 192-bit bus upgrade. Pro: Compact 6.875-inch short PCB layout is highly ideal for custom water cooling blocks. Con: Increased power consumption with a higher...

The NVIDIA GeForce GTX 650 Ti Boost is a refreshed mid-range, Kepler-based graphics card utilizing the GK106 GPU core. Designed to fill the market gap between the standard GTX 650 Ti and the GTX 660, it shares major specifications with the latter, including 2GB of GDDR5 VRAM, a 192-bit memory interface, a 980MHz base clock speed, and full support for dynamic GPU Boost technology. Across standard Full HD (1920 x 1200) gaming and synthetic benchmarks like 3DMark and Unigine, the card consistently delivers exceptional price-to-performance value. It vastly outperforms the original GTX 650 Ti, frequently matches the more expensive GTX 660, and regularly outpaces competing AMD options such as the Radeon HD 7790 and HD 7850. The primary pros of the card are its outstanding value proposition, offering near-GTX 660 performance for a lower retail price, and its 2GB VRAM buffer which provides better future-proofing than 1GB competitors. Furthermore, the inclusion of GPU Boost allows it to dynamically maximize its core frequency during demanding loads. On the downside, the cons include a very average overclocking potential, as the GPU already...