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The most appealing thing about the Intel D510MO Mini-ITX motherboard with 1.66GHz Intel Atom dual core processor was that it could be used as the core of a completely silent system. Since the board is passively cooled, you can pick other passively cooled or solid state components for a build that generates absolutely zero noise.
In the past few years, Intel has really taken some steps in dominating the low power, small form factor board market. Today we have the Intel D525MW mini-ITX motherboard in our labs for review. The board is small, low powered and does not have a single fan on it. Don't confuse this for a Clarkdale or Sandy Bridge system however, the D525MW is a dual-core Atom board so it's not as much designed for playback of HD content as it is for a less visible activity - like serving that content to a HTPC or streamer. Let's see if this board can compete in a cramped (no pun intended) SFF market and be a viable solution for your home server or NAS needs.
We tested the Intel D525MW Mini-ITX motherboard, which comes with an on-board Atom D525 CPU. Let’s check how it performs.
Neues Intel Atom Mini-ITX Mainboard mit mobiler CPU und mobilem Chipsatz für äußerst niedrigem Stromverbrauch. Durch Half-Height Bauwesie von nur 20 mm ideal für Einbau in flachen Gehäusen und für Einsatz in vertikale Märkte, Digital-Signage oder Car-PC.
APH Networks reviews Intel's enthusiast motherboard. How does it step up against the classic competition?
Motherboards based on the new H55, H57 and Q57 chipsets are targeted to the new Core i3 and Core i5 processors with integrated video, and Intel has released two different socket 1156 motherboards based on H55: DH55TC and DH55HC. Let's take an overall look on DH55TC.
Not that long ago it was a significant challenge to build a small and quiet home theater PC (HTPC). Mini-ITX was an option, but case selection was limited and more importantly the form factor was held back by the lack of decent integrated video performance and the power/heat dissipation requirements of the processor (CPU) and graphics (GPU). With both of those concerns addressed with Intel’s Sandy Bridge (SNB) architecture the next, natural evolution turned toward the mainboard. Intel responded again with a thin PC standard and today we have a chance to look at the first full featured implementation – the Intel DH61AG Media Series motherboard. In our first look several features were outlined besides the slim physique that make it especially interesting to the HTPC crowd; including a built in 19V DC power connector, mSATA support, eight channel analog line level audio and the brand new “HTPC” header which, with the right hardware can enable affordable HDMI CEC on the PC; today we couple it with a 2.7GHz 35 watt Core i5-2390T to find out if DH61AG makes good on the initial promise.
Il y a quelques temps, Intel a inauguré un nouveau format, le Thin ITX. Dans les faits, il ne s'agit ni plus ni moins que d'un Mini ITX classique, dont la hauteur est limitée sur le IO Shield, puisque nous ne trouvons qu'une seule hauteur sur les connectiques.
The moment is finally here, and Intel's Sandy Bridge is upon us. The long-awaited release of Intel's newest mainstream platform has arrived. The Sandy Bridge platform represents the tock cycle in Intel's 32nm construction process and promises to bring a lot of innovation to the table, especially where media is concerned. Benchmark Reviews is as interested in this new, mainstream, media-centric solution as anyone. In this article, we are shedding some light on the new H67 chipset through a detailed look at the Intel DH67BL Bearup Lake H67 Motherboard.
The microATX Intel DH67BL motherboard is equipped with one PCI Express 2.0 x16 videocard slot that runs with 16-lanes of bandwidth; rounding out the expansion slots are two PCI Express 2.0 x1 slots and one PCI slot. This MicroATX board has four 1.35v dual channel DDR3-1066/1333 memory slots which can accommodate up to 16GB of DDR3 RAM in 64-bit OS like Windows 7.
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