Gigabyte GA-EP35-DS4 motherboard
Manufacturer: Gigabyte
UK Price (as reviewed): £106.91 (inc. VAT)
US Price (as reviewed): $169.99 (ex. Tax)
Introduction
The Intel P35 chipset has been around for quite a few months now – it turned out to be so good that it made it into our end-of-year awards last year, where we gave it
the Best Chipset award. We’ve already looked at one of Gigabyte’s P35 boards, the
Gigabyte GA-P35-DS3R; a board that has flourished into an exceptionally popular and inexpensive product, providing an awesome price-to-performance (and overclocking) ratio.
Gigabyte recently revamped its whole P35 range with the EP35 series motherboards that include a new
Dynamic Energy Saver (DES) software/hardware combination that adjusts the CPU power phase use on the fly to maximise the efficiency of the power subsystem. For example, when idle it will just use two power phases, but under heavy load it will use four to six (or more, depending on the motherboard – the DQ6 boards have up to 12 phases).
It falls directly in line with Asus EPU engine; however the EPU works by a combination of clocking the CPU front side bus in addition to a less refined CPU phase adjust model.
The Gigabyte GA-EP35-DS4 has a bit more hardware than its mainstream DS3 range, however it's still relatively inexpensive – well within the appropriate budget for many in our community and it still has the full
Ultra Durable 2 feature set. Those upgrading now might be tempted by an Intel P45 just a few months away; however, it could be DDR3 only if rumours are to be believed.
How does Gigabyte’s energy efficient solution work and is it worth buying? Is it any faster than a standard Intel P35 or X38? Let’s find out...
Gigabyte GA-EP35-DS4 Features
- Socket 775 Intel Core 2 Duo, Quad and Extreme processor support including 45nm CPUs, as well as Intel Pentium 4, Pentium D and Celeron CPUs up to 1333MHz FSB (and 1600MHz unofficially);
- Intel P35 North bridge
- Intel ICH9R South bridge
- Four DDR2 memory slots supporting up to 8 GB of memory at 667-1066MHz (1200MHz unofficial)
- Realtek ALC889a chipset supporting up to 7.1 channel High-Definition surround sound, S/PDIF in and out and DTS Neo:PC
- Realtek RTL8111B PCI-Express Gigabit Ethernet
- Two PCI-Express x16 slots (one x16 and one x4 electrical) supporting ATI CrossFire
- Eight SATA 3Gbps ports – six from the ICH9R South bridge and two from the Gigabyte SATA chipset
- One IDE port
- Three PCI-Express x1 slots
- Two PCI slots
- Three IEEE1394a Firewire slots – two on rear I/O, one from motherboard pin-out
The included bundle is really quite complete and although there aren't quite enough SATA cables for all the sockets, we accept this because it's not the most expensive all-singing-all-dancing DQ6 model. Besides, four is still plenty to start with and there's still the eSATA bracket included that turns a couple of the internal ports, into external ones. We’ve seen it before but still think it’s a fantastic addition as it gives the option of eSATA or eight internal ports, maximising choice. It's not as elegant as including the eSATA on the rear I/O, and it takes up a PCI slot space in your case, but it includes all the cables necessary to use even an internal hard drive, externally.
Other than that – there's a hardware installation guide in addition to the comprehensive manual which includes plenty of detail about the board, BIOS, Gigabyte features and how to use the software and RAID components. The driver/utility CD includes everything you need, including an auto-installation for the new motherboard install that allows you to install all the drivers with a single click.
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Posted by IanW - Sat Feb 23 2008 09:30
As an Nvida gfx owner I've been looking at the DS3R variant to replace my current Asrock DDR1/DDR2 AGP/PCIe4 board.
However, since the power saving features are controlled by (Windows) software, the EP boards are of little benefit to us Linux users.
So it'll be a GA-P35-DS3R for me (maybe even the P35C, for DDR2/DDR3 options).
Posted by cpemma - Sat Feb 23 2008 13:33
And maybe it's my big hands, but I bet getting to that ATX12V connector (8 on the photo) is even more difficult than on my DS3L if you have a big tower sink fitted.
Interesting. I've wondered just what the various BIOS "performance" settings actually change. Things like leaving "Auto" on when overclocking seem fine for modest overclocks but when you're able to add over 50% with ease "Auto" seems to raise voltages far more than is necessary for stability.
Posted by Guest-16 - Sat Feb 23 2008 19:37
Posted by robaal - Sat Feb 23 2008 21:07