Gigabyte's 8N-SLI Royal uses a full 30x30cm ATX PCB with 6 layers. Boards are now starting to get bigger due to complex memory trace routes, additional onboard controllers and various other components that get added all needing trace routing, and with that comes the need for a clean signal. If we had too little PCB, we'd end up with crosstalk across the components, and end up with a very expansive paperweight.
In all the layout of the board is pretty clean apart from the location of the 12v CPU voltage power connector. This, once again is located between the Northbridge and the I/O ports on the back, leaving the power cable to be routed either around or over the CPU heatsink, restricting air flow, and with a Pentium 4 CPU, you need as much air flow as possible.
The rest of the board is quite neat with the memory slots colour coded for easy bank identification, just match colour for colour and you are home free. The 24-pin ATX power connector is located behind the DIMM sockets along with the two IDE controllers from the Southbridge. A third IDE port is located just below the Southbridge IDE ports and is angled at 90 degrees to the board - this is a separate IDE port and will get to this later on in the article.
The CPU uses a 4 phase onboard voltage regulation system to keep the CPU as stable as possible. You may notice the orange expansion slot. This is used to add a VRM (or Voltage Regulation Module) which adds an extra 4 phases to the equation, so when overclocking you can expect a cleaner voltage signal.
The rear I/O panel gives you all the connectors you will need to get started. On the back is two PS/2 ports for Keyboard and Mouse, two SPIDF ports, one RCA and one Toslink. One parallel and one serial port are provided as legacy, though there are little use for them now as USB is here. Two RJ-45 LAN ports are provided atop a stack of USB towers giving you four USB ports on the back and the remaining six needs to be setup with PCI riser brackets. Lastly you have the analogue stereo jacks for speakers up to 7.1 configurations.
Expansion slots on this board resemble a standard SLI setup. There are two PCI Express x16 slots, one blue and one black. When in single graphics mode, the blue slot has all 16 PCI Express lanes routed to it. When in SLI mode, the black slot is changed from an x1 slot to an x8 slot to allow SLI operation.
Two PCI Express x1 slots are provided for future PCI-E expansion as well as two PCI slots for any devices you wish to migrate. Between the two PCI Express x16 slots is a paddle card. This is used to set Single or SLI graphics operation, Gigabyte doesn't employ an auto switcher.
PRICING: You can find products similar to this one for sale below.
United States: Find other tech and computer products like this over at Amazon's website.
United Kingdom: Find other tech and computer products like this over at Amazon UK's website.
Canada: Find other tech and computer products like this over at Amazon Canada's website.
- We at TweakTown openly invite the companies who provide us with review samples / who are mentioned or discussed to express their opinion of our content. If any company representative wishes to respond, we will publish the response here.
Latest News Posts
- The Division will require 32GB of HDD space on the Xbox One
- Australia's biggest mobile telco Telstra hit by nation-wide outages
- iPhones being permanently bricked by 'Error 53'
- Rick Rubin's latest project is a Star Wars-themed electronic album
- Samsung's 4K Blu-ray player launches early
- TP-LINK Archer C2600 MU-MIMO Wireless Dual-Band Router Review
- [SSD compatibility question] GA-X58A-UD3R with Samsung EVO Pro SSD
- I am the new guy
- The Hateful Eight (2015) Cinema Movie Review
- SSD compatibility
- ESL Hearthstone Legendary Series returns to IntelÃ'Â® Extreme Masters Katowice 2016
- HIDEO KOJIMA AND GUILLERMO DEL TORO CONFIRMED AS D.I.C.E. SUMMIT KEYNOTE SPEAKERS
- Toshiba Introduces the Next Generation OCZ Trion 150 Series Solid-State Drive Series
- Thermaltake Kicks Off 2016 MFC (Modding Fighting Championship)
- AMD Offers New Thermal Solutions and New Processors for Reliable, Near-Silent Performance