Intel recently introduced its Xeon E3-1200 v2 CPUs, based on the Ivy Bridge architecture. Though they're very similar to the third-generation desktop Core chips, ECC memory support, four extra PCIe 3.0 lanes, and attractive pricing grab our attention.
We're big fans of remote hardware management and its implications at home, in small businesses, and of course in enterprise environments. Intel recently refreshed its vPro technology, and we have a short preview that precedes our in-depth coverage.
Are you tired of gaming notebooks that have to be tethered to a power outlet? We test Eurocom’s Racer 2.0 to see if its combination of a 22 nm Intel-based CPU and 28 nm graphics processor from Nvidia can help enable playable performance on the road.
Intel’s LGA 1155 interface is designed for mainstream buyers, yet the firm’s Ivy Bridge-based processors put it in the performance spotlight. We compare seven Z77 Express motherboards that deliver enthusiast-class performance at mainstream prices.
Does your child always want to use your PC? Is it time to build him his own? If you don't trust the tier-one vendors to sell you a well-balanced machine, you'll be happy to know that you can piece together your own entry-level box for less than $450.
It'd be easy to dismiss nettops as underpowered attempts at miniaturization, but they’re good enough for surfing the Web, writing emails, and watching some video. Today, we're comparing seven different platforms based on CPUs from Intel, AMD, and VIA.
PCIe-based SSDs have evolved rapidly, with companies like Fusion-io, LSI, and OCZ leading the way. Intel is betting that its reputation for quality and reliability in the enterprise sector are enough to overcome that head-start as it launches SSD 910.
What can you expect from a 17 W processor after benchmarking its 77 W big brother? We get our hands on a reference-class Ivy Bridge-based Ultrabook and quantify how a hard thermal ceiling affects x86, gaming, transcoding, and Blu-ray playback workloads.
Now that Intel has launched more than 30 Xeon E5-series CPUs, we felt it necessary to revisit the product family and help you sort out the company's nomenclature. We're even taking the opportunity to list out all of the specifications in one place!
A year after its debut on Apple platforms, Thunderbolt is finally available for PCs. Both fast and scalable, the technology’s 10 Gb/s connectivity and potential for external graphics promises to inspire innovation. But is it ready for prime time?
After taking a first look at Intel's Xeon E5 processors, we wanted to round up a handful of dual-socket barebones platforms to see which vendor sells the best match for Sandy Bridge-EP-based chips. Intel, Supermicro, and Tyan are here to represent.
We recently took our first look at Intel's Ivy Bridge architecture. Then, we evaluated its efficiency. Now, we turn to overclocking. Recently, each of Intel's die shrinks has helped increase frequency headroom. This time, however, we ran into some walls.
After recommending Sandy Bridge last year, we weren't particularly impressed by the new Ivy Bridge-based Core i7-3770K as an upgrade. But are Intel's more mainstream third-gen Core i5 processors any more attractive? We grab four models to find out.
Intel recently introduced its SSD 330 family, positioned ahead of the SSD 320s and below the SSD 520s. Like the company's highest-end models, these drives employ SandForce's controller technology. We bought all three capacities and ran our tests on them.
We've already seen that Ivy Bridge doesn't make much of a splash in the desktop space. But we collected notebooks based on Ivy Bridge, Sandy Bridge, Arrandale, and AMD's mobile Llano, and found that the new architecture's effect on mobility is profound.