Chipmaker AMD is apparently planning to enter the memory module market in style. The outfit is readying to introduce several DDR3 modules as part of its new Radeon memory line.

Judging by AMD’s own website and some retailer leaks, AMD will introduce three distinct memory module series. Entertainment class modules are rated at 1333MHz (9-9-9 latencies), Ultra Gaming Pro modules run at 1600MHz (11-11-11 latencies) and there’s also the Enterprise series, but it hasn’t been spec’d yet.

The first Radeon memory modules have apparently already gone on sale in Japan.

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Using six engineering sample 4GB DDR3 memory modules, a Core i7-920 CPU and Gigabyte GA-EX58-UD5 motherboard, Kingston demo’ed a 24GB PC.

Click here to view the embedded video.

VIA Technologies, Inc, a leading innovator of power efficient x86 processor platforms, today announced the VIA EPIA-M850 Mini-ITX board, the first board to feature the latest VIA VX900 media system processor, creating the ideal solution for today’s HD-intensive, commercial multimedia-centric devices.

The VIA EPIA-M850 is targeted at OEM and ODM manufacturers of commercial multimedia embedded devices. Featuring a 64-bit, high performance VIA Nano E-Series processor and the VIA VX900 unified all-in-one media system processor, the VIA EPIA-M850 delivers a highly optimized platform that boasts comprehensive HD video performance, HD audio and HDMI support in a compact, power-efficient package.

VIA EPIA-M850: Mini-ITX with Multimedia Muscle
Measuring 17cm x 17 cm the VIA EPIA-M850 Mini-ITX board features the VIA Nano E-Series processor, available in both 1.6GHz and fanless 1.2GHz SKUs. The VIA Nano E-series is paired for the first time with the VIA VX900 MSP, supporting up to 8GB of DDR3 system memory and featuring the VIA ChromotionHD 2.0 video processor.

The VIA ChromotionHD 2.0 video engine boasts comprehensive hardware acceleration for the latest VC1, H.264, MPEG-2 and WMV9 HD formats at screen resolutions of up to 1080p without affecting CPU load. Display connectivity support includes onboard HDMI and VGA ports with pin headers for dual channel 24-bit LVDS.

The VIA VX900 boasts the VIA Chrome9™ HCM 3D integrated graphics core with full DirectX 9.0 support and a 128-bit 2D engine with hardware rotation capability. The VIA VX900 also features the VIA Vinyl HD audio codec. Storage includes ports for two SATA drives.

Rear panel I/O includes a Gigabit LAN ports, PS/2 support, HDMI port, VGA port, four USB 2.0 ports, a serial port connector and three audio jacks. An on board a PCIe x4 slot is accompanied with pin headers providing dual channel 24-bit LVDS support (including backlight control), an additional three COM ports, a further four USB 2.0 ports and one USB device port, LPC support, Digital I/O, SPDIF out and an SMBus header.

VIA EPIA-M850 Product Highlights:

* High-performance 64-bit VIA Nano-E Series processor
* Hardware acceleration for VC1, H,264 and WMV9 HD video
* On board HDMI and VGA ports, plus dual channel 24-bit LVDS
* Support for up to 8GB of DDR3

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ZOTAC announces an ION platform with the processing power of Intel consumer low-voltage, or CULV, processors for new platforms with superior performance capabilities while maintaining class-leading energy-efficiency. The new ZOTAC ION platforms powered by Intel CULV processors include the new ZBOX HD-ND22, HD-NS21 mini-PCs, ION-ITX N series and ION-ITX P series mini-ITX platforms.

An Intel Celeron SU2300 processor powers the ZOTAC ZBOX HD-ND22 and ION-ITX P series with dual-cores clocked at 1.3 GHz for multi-threaded processing power that delivers unprecedented performance levels in an energy-efficient mini-PC for demanding users. A Single-core Intel Celeron 743 processor powers ZOTAC ZBOX HD-NS21 and ION-ITX N series platforms for outstanding single-threaded CPU performance.

“Intel CULV processors have previously been exclusive to ultra-portable notebooks, but not anymore. We’ve taken the award-winning Intel CULV processors and paired them with our award-winning ION platforms to produce the world’s first mini-PCs and mini-ITX platforms that combine the power of Intel CULV processors with NVIDIA ION graphics processing for the perfect combination of CPU and GPU performance with superior energy-efficiency,” said Carsten Berger, marketing director, ZOTAC International.

NVIDIA ION graphics empower the Intel CULV-powered ZOTAC ZBOX and ION-ITX platforms with outstanding 3D capabilities and support for Microsoft DirectX 10, DirectCompute and NVIDIA CUDA-enabled applications for energy-efficient GPU computing. NVIDIA PureVideo HD technology delivers flawless GPU-accelerated high-definition video playback with breathtaking clarity and details.

ZOTAC ZBOX HD-ND22 and HD-NS21 mini-PCs with Intel CULV processors feature class-leading flexibility with an easily customizable tool-less chassis and room to accommodate a 2.5-inch SATA 3.0 Gb/s HDD or SSD, two DDR3 SO-DIMM memory slots, integrated 802.11n WiFi and four different placement positions – flat, on a stand, on the back of a monitor or on a wall with the included VESA75/100-compatible mount. External expansion options include plenty of USB 2.0 ports, a 6-in-1 memory card reader that supports SD, SDHC, MMC, Memory Stick, Memory Stick Pro and xD memory card formats, and an eSATA 3.0 Gb/s port for plug ‘n play expansion.

ZOTAC ION-ITX O and P series are world-class platforms that combine the miniature size of mini-ITX with big-system expansion capabilities including a PCI Express x16 slot, two DDR3-1066 DIMM slots, three SATA 3.0 Gb/s ports, up to 10 USB 2.0 ports and an eSATA 3.0 Gb/s port. Onboard 802.11n WiFi and Gigabit Ethernet port enables lightning-fast network transfers for stutter-free high-definition video streaming.

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Seagate today announced channel and OEM shipments of the Momentus XT drive, the world’s fastest 2.5-inch laptop PC hard drive, combining SSD-like performance with the massive capacity and much lower cost of HDDs.

The Momentus XT drive also features Adaptive Memory – a groundbreaking new technology from Seagate that learns and optimizes the drive’s performance to each user by moving frequently used information into the flash memory for faster access. The Momentus XT solid state hybrid drive boots up to 100 percent faster than traditional 5400RPM drives, the mainstream spin speed for laptop PCs, and sets new benchmarks for real-world system performance for laptops and gaming systems.

Today’s high-performance SSDs for mobile computing cost as much as 10 times more than hard disk drives of the same capacity, with the price of a 250GB SSD outstripping even the cost of many laptop PCs. As a result, most consumers and system builders are unwilling or unable to pay the high price for the greater speed and quiet operations of SSDs. Additionally, SSDs offer fewer capacity options than hard disk drives.

The Momentus XT drive is a best-of-both-worlds solution that combines a 7200RPM spin speed, 4GB of solid state memory and Seagate’s Adaptive Memory technology to deliver unprecedented hard drive performance. The unique Adaptive Memory technology works by identifying patterns in how often certain digital data is used, and then moving the most frequently used information to the embedded solid state memory for faster access – effectively tailoring hard drive performance to each user and their applications.

Momentus XT Drive Brings Unprecedented Speed to New ASUS Gaming Laptop PC
ASUS has also announced that it will offer the Momentus XT drive as an upgrade option for its new Republic of Gamers (ROG) G73Jh notebook. The system is powered by an Intel i7 720Qm quad-core processor, 8GB of DDR3 memory, and DX11 capable ATI Radeon Mobility HD 5870.

Good gawd … if you have some serious memory requirements (talking about the PC here dude) then Corsair has got it in store for you. Corsair announced new 16GB and 24GB Dominator DDR3 memory kits for workstation-level computers. These DRAM kits feature a clock speed of 1600 MHz and a CAS latency of nine cycles. The DIMMs are high density 4GB DIMMs.

High-performance 24GB Dominator kit for Core i5/i7 systems. 1600MHz, 9-9-9-24, 1.65v
Key Features

* Maximize your system memory capacity for the maximum performance
* Guaranteed to work on all dual-channel Core i5/i7 platforms
* Matching Intel Blue Heat Sinks with patented DHX technology

The 4GB memory modules are tested at 1600MHz, 9-9-9-24 latency and Dominator Airflow Fan with 60mm fans. The introduction of these new kits expands Corsair’s worldwide award-winning Dominator memory family, providing an exciting new level of performance for data-intensive computing applications. Corsair’s 24GB Dominator DDR3 memory kit has been rigorously qualified and tested in platforms based on the Intel® X58 chip set. It is designed for use with three-channel CPUs such as the Core™ i7 980X processor. The 16GB Dominator DDR3 memory kit is designed for use on dual channel platforms based on the P55 chip set. Both module kits include Corsair’s patented DHX+ technology, and feature racing-blue highlights and fins.

“We continue to see increasing demand for high density solutions from programmers, scientists, videographers, and other data-intensive users,” stated John Beekley, VP of Technical Marketing at Corsair. “These new 1600MHz modules will enable a new level of processing speed for handling these large data sets.”

The 16GB and 24GB 1600MHz Dominator DDR3 memory kits are available immediately from the Corsair Store.

Better chunk out some cash though, the 16GB kit (dual-channel) will set you back 999 USD and the 24GB set (triple channel) a lovely 1449 USD (!)

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Transcend announced that its aXeRam DDR3-2000 memory kits have been officially certified under the Intel Extreme Memory Profile (XMP) validation program. Fully compatible with Intel Core i7 processors, the XMP-certified DDR3 kits are designed to operate at a blazing-fast clock frequency of 2000 MHz with an exceptionally low voltage of just 1.6V.

Intel XMP is a performance-packed expansion of the standard DDR3 memory specification. Featuring memory bandwidth up to an incredible 32GB/s, Transcend`s aXeRam DDR3-2000 dual-channel memory kit is rated at 2000MHz with timings of 9-9-9-24, allowing performance enthusiasts and gamers to take their Intel Core i7 platform to the next level of memory overclocking performance. The aXeRam DDR3-2000 memory modules have been certified for use on Intel P55-based motherboards, including Gigabyte GA-P55A-UD3, MSI P55-GD80 and Asus P7P55D Deluxe.

To ensure extra stability and signal integrity at high clock speeds, all aXeRam modules are comprised of 128Mx8 high-quality DDR3 FBGA chips and use robust eight-layer PCBs that fully comply with rigorous JEDEC (Joint Electron Device Engineering Council) standards. With premium DRAM chips and high thermal efficiency aluminum heat sinks, the aXeRam DDR3 memory modules deliver amazing overclocking performance while maintaining cool temperatures. The certification report is posted here.

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Crazy just crazy, so this news is obviously for the server-market but apparantly Samsung can cram 32GB memory on a DIMM module.

Samsung Electronics announced today that it has begun shipping samples of the industry’s highest-density memory module for server systems. The 32 gigabyte (GB) module has been designed for use in advanced servers, which require high-density and high-performance features at low-power consumption levels.

Samsung is using the industries highest-density monolithic DDR3 device – a 40-nanometer (nm) class, four gigabit (Gb) DDR3 chip – as the building block for the new 32GB module. This comes just one year after the company announced its 50nm-class 2Gb based, 16GB registered dual inline memory module (RDIMM) last March.

The highly-efficient 32GB RDIMM consists of 36 dual-die 40nm-class 4Gb DDR3 chips that can perform at equal or greater levels to a 40nm-based 16GB RDIMM with no increase in power consumption. By equipping a dual CPU, two-way server with 32GB modules, a server system can have up to 384GB of memory. This allows for doubling the previously largest density of 192GBs per server with a power increase of less than five percent over that needed for a 16GB module-based system.

In addition, replacing 12 DRAM modules of 16GB density with just six 32GB modules would achieve a 192GB total density, while allowing the DRAM operating speed in a two-way server system to rise by 33 percent from 800 megabit per second (Mbps) to 1,066 Mbps, as power is cut by 40 percent.

In high-performance, four-way servers using 16GB modules, one terabyte of DRAM would be commonplace.By using 32GB RDIMMs, Samsung is moving toward providing four-way servers with 2TB of DRAM each, a migration that it believes will spur introduction of diverse software and a broader scale of server applications.

Mass production of the 32GB RDIMM is slated to begin next month.

Kingston reportedly developed a new Intel-certified dual-channel DDR3 memory kit. The KHX2400C9D3T1K2/4GX runs at a blazing 2400MHz at 9-11-9-27-2 timings at 1.65V, this is an announcement only as the memory will be available in Q2 2010.

The 2400MHz kit runs at 9-11-9-27-2 timings at 1.65 volts and was developed for enthusiasts, gamers, and benchmarkers looking to scale new memory heights. As with all Kingston memory, the 2400MHz kit was created with the highest design-engineering principles and subjected to OEM-quality production and testing standards to gain Intel XMP certification.

The memory was tested to great success on several P55-based systems including the GIGABYTE GA-P55A-UD4P motherboard. The 2400MHz kits will be available in Q2. Kingston HyperX memory is backed by a lifetime warranty and free 24/7 technical support.

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Alongside a 6-core launch for consumers, in the enterprise segment Intel will start shipping eight-core Nehalem-EX processors this month already. The pending 8-core Xeons will be able to run in four-socket servers and, by leveraging the two threads of each core, the logical CPU count can reach 64 cores on a single system.

This high scalability is complemented by 256KB L2 dedicated cache memory for each core, a shared L3 cache of 24MB and even Turbo Boost technology, which can disable unused cores in order to safely and effectively boost the heavily used ones. The 8-core also has a memory controller with four DDR3 memory channels and is built on the 45nm HKMG process (it is based on the Nehalem architecture).

The 8-cores will make their official debut later this month. In addition, Intel is preparing to formally add its Westmere-EP processors around the same time. These will be based on the 32nm Westmere process and will likely have six cores (aimed at two-socket servers), a 12MB L3 cache and three DDR3 channels.