In a move that could affect scores of users of the still DirectX 11-compatible Radeon HD 6000 and HD 5000 series graphics cards; the company has reportedly decided to change their driver support model to legacy. This would entail "no additional driver releases" for these GPUs as they've "reached peak performance optimization as on November 24, 2015."

The last WHQL-signed driver that users of HD 6000 and HD 5000 series can use is Catalyst 15.7.1 WHQL; and those looking for a whiff of the new Radeon Software Crimson Edition, will be able to use a Radeon Software Crimson Edition Beta designed with legacy GPU support. The links to both drivers can be found in this page. With this AMD indicated that it will focus its driver development solely toward GPUs based on its Graphics CoreNext architecture (Radeon HD 7000 series and above).

At CES, various display makers exhibited their gaming-grade monitors featuring NVIDIA G-Sync, a display fluidity technology that's an evolution of V-sync, which we've seen with our own eyes to make a tangible difference. AMD, at the back-room of its CES booth, demoed what various sources are calling "FreeSync," a competitive technology to G-Sync, but one that doesn't require specialized hardware, or licenses to the display makers. AMD didn't give out too many details into the finer-workings of FreeSync, but here's what we make of it.

FreeSync taps into a lesser known feature that AMD Radeon GPUs have had for the past three generations (i.e. since Radeon HD 5000 series), called dynamic refresh rates. The feature allows GPUs to spool down refresh rates to save power, without entailing a display re-initialization (the flicker that happens when a digital display is sent a signal with a new resolution and refresh rate), on supported displays. Dynamic refresh is reportedly also a proposed addition to VESA specifications, and some (if not most) display makers have implemented it. On displays that do, AMD Catalyst drivers already run dynamic refresh rates. For display makers, supporting the technology won't require buying licenses, or integrating specialized hardware into the displays.

Intel rolled out its first NUC (next unit of computing) kit based on its newest 4th generation Core processor family. Named NUC D54250WYK, it's a combination of D54250 motherboard, and a compatible chassis, with a compatible cooling solution. Its motherboard integrates a BGA Core i5-4250U processor (dual-core, HTT, 1.30-2.60 GHz, 3 MB L3 cache, HD 5000 graphics with Ultra-HD support), Intel QS77 chipset, room for two DDR3 SO-DIMM slots (16 GB max., DDR3-1600 supported).

Connectivity on the D54250WYK includes four USB 3.0 SuperSpeed ports, two USB 2.0/1.1 ports (internal header), gigabit Ethernet, a SATA 6 Gb/s port (internal), one full-height mPCIe gen 2.0, which doubles up as mSATA 6 Gb/s, and one half-height mPCIe gen 2.0, letting you add your own wireless communications card. The unit draws power from an external 65W power-brick (included). It can latch onto your display over standard VESA wall-mounts.

AMD posted a new Catalyst driver (8.93.7 RC10) specifically for Windows 8 Consumer Preview. The driver is WDDM 1.2 compliant, and supports all launched AMD Radeon GPUs from HD 5000 thru HD 7000 series (except HD 7900 and HD 7700); AMD A-Series, C-Series, and E-Series APUs; FirePro, and FirePro 3D series products. Highlights include:

• Native Stereo 3D support: Windows 8 will natively support Stereo 3D for full-screen and windowed gaming, and video applications
• Unified Video API - Video playback is now integrated within the DirectX 11 API; enabling simultaneous high quality Video and 3D content, and the potential for enhanced video transcoding performance
• Optimized screen rotation
• Improved sleep / resume performance
• Optimized Power Consumption

DOWNLOAD: AMD Catalyst 8.93.7 RC10 for Windows 8 Consumer Preview