Feeds
70%

AMD CPU shoot-out: Phenom X3 and X4

Intel killers?

Secure remote control for conventional and virtual desktops

Review The birth of AMD’s quad-core Phenom processor was plagued with problems. After a gestation period more akin to an elephant than a CPU, the new silicon popped out puking and bawling but was clearly a bit of a runt.

The problem was the now-infamous TLB error that crippled performance and reduced clock speed with the result that the B2 stepping of Phenom was only available in two models.

AMD Phenoms

AMD's Phenoms: (clockwise from top left) 9600, X3 8750, X4 9750, X4 9850

Neither the 2.2GHz Phenom 9500 nor the 2.3GHz 9600 delivered enough performance to trouble Intel's Core 2 Quad Q6600, which was a direct competitor at the same price. As an added kick in the teeth, Phenom would barely overclock while the Intel processor could manage a clock speed of 3GHz without breaking a sweat.

AMD fixed the TLB problem with its B3 stepping and also got a bit creative with the model codes that it used. Phenom X4 9x50 denotes a quad-core B3 that effectively replaces the original Phenom. The Phenom X3 8x50 is also a B3 but is unusual in that it's a tri-core processor. Phenom is similar to Core 2 Quad in many respects but there is one significant difference as Phenom is a native quad-core design with all four cores on the same die. By contrast Core 2 Quad is a dual-core design, so Intel uses two processor dice to cobble together its four-core CPUs.

Naturally, AMD touts this difference as a major advantage for Phenom as it allows HyperTransport to strut its stuff, while Core 2 is theoretically crippled by a lousy communication path through the frontside bus and then off to the northbridge of the chipset to the memory controller.

Top 5 reasons to deploy VMware with Tegile

Whitepapers

Driving business with continuous operational intelligence
Introducing an innovative approach offered by ExtraHop for producing continuous operational intelligence.
Why CIOs should rethink endpoint data protection in the age of mobility
Assessing trends in data protection, specifically with respect to mobile devices, BYOD, and remote employees.
Getting started with customer-focused identity management
Learn why identity is a fundamental requirement to digital growth, and how without it there is no way to identify and engage customers in a meaningful way.
High Performance for All
While HPC is not new, it has traditionally been seen as a specialist area – is it now geared up to meet more mainstream requirements?
Protecting against web application threats using SSL
SSL encryption can protect server‐to‐server communications, client devices, cloud resources, and other endpoints in order to help prevent the risk of data loss and losing customer trust.