Wednesday, March 4th 2009
ASUS Marine Cool Motherboard Concept Becomes Official
Following the first news we heard of ASUS' new concept motherboard, they have now released an official press release, including some close-up imagery of the new cooling solution. The odd "backplate" to the rear of the board is in fact a built in UPS (uninterruptible power supply) through the use of a polymer battery. The board also features built in memory to guarantee a successfull boot in the event of installing faulty or incompatible RAM. Then of course is the new cooling solution utilizing a combination of ceramincs and metals which ASUS say doubles the cooling efficiency. The official press release follows.ASUS Marine Cool Concept Motherboard Utilizes Breakthrough Innovations in Materials-Ceramic and Metal-for Exceptional Cooling
ASUS, the world's leading producer of motherboards, has unveiled its new Marine Cool concept motherboard. Eschewing traditional materials, this motherboard boasts a revolutionary technology-dubbed the Ceramic-Metal Thermal Module-that utilizes two different materials (ceramics and metals) to double cooling efficiency and thus allow it to work even in the most demanding of usage environments like high humidity and heat. Sporting a color scheme with gun-metal gray and metallic military-green highlights, together with a heatsink styled after a rugged military armored vehicle (symbolizing sturdiness and reliability), the overall design exudes a feeling of military-grade technology and reliability. Additionally, this motherboard features Onboard UPS-a built-in polymer battery for extra backup power and a server-standard Failover Memory design to help sustain system boot-up.
Aerospace-grade Thermal Dissipating Technology
The ASUS Marine Cool motherboard features a unique design that incorporates advanced thermal innovations in the utilization of ceramics and metals. On the front of the motherboard, a metal heatpipe module provides exceptional heat transference and dissipation for core components. Located on the back of the motherboard and set flush with the PCB, the Ceramic Backplate makes full use of a revolutionary micro-porous ceramic technology to provide a larger surface area-helping to effectively convey heat from the motherboard PCB and deliver highly effective heat dissipation. Together, this revolutionary thermal design is able to improve thermal efficiency by up to 2 times!
Onboard UPS for Sustained Power and Protection
The Marine Cool motherboard also features Onboard UPS-a built-in polymer battery that serves as an extra backup power supply that activates when a power failure is detected. This helps to avert damage dealt to onboard components, loss of critical files and data corruption due to inconsistent and fluctuating power caused during unexpected blackouts.
Failover Memory
To provide even further support for operation sustainability, the server-standard Failover Memory design on the Marine Cool motherboard utilizes built-in memory to help continue system boot-up in the event of errors to add-on memory. When the PC is switched on, Failover Memory guarantees that the system will boot, regardless of incompatible or faulty memory.
Source:
ASUS
ASUS, the world's leading producer of motherboards, has unveiled its new Marine Cool concept motherboard. Eschewing traditional materials, this motherboard boasts a revolutionary technology-dubbed the Ceramic-Metal Thermal Module-that utilizes two different materials (ceramics and metals) to double cooling efficiency and thus allow it to work even in the most demanding of usage environments like high humidity and heat. Sporting a color scheme with gun-metal gray and metallic military-green highlights, together with a heatsink styled after a rugged military armored vehicle (symbolizing sturdiness and reliability), the overall design exudes a feeling of military-grade technology and reliability. Additionally, this motherboard features Onboard UPS-a built-in polymer battery for extra backup power and a server-standard Failover Memory design to help sustain system boot-up.
Aerospace-grade Thermal Dissipating Technology
The ASUS Marine Cool motherboard features a unique design that incorporates advanced thermal innovations in the utilization of ceramics and metals. On the front of the motherboard, a metal heatpipe module provides exceptional heat transference and dissipation for core components. Located on the back of the motherboard and set flush with the PCB, the Ceramic Backplate makes full use of a revolutionary micro-porous ceramic technology to provide a larger surface area-helping to effectively convey heat from the motherboard PCB and deliver highly effective heat dissipation. Together, this revolutionary thermal design is able to improve thermal efficiency by up to 2 times!
Onboard UPS for Sustained Power and Protection
The Marine Cool motherboard also features Onboard UPS-a built-in polymer battery that serves as an extra backup power supply that activates when a power failure is detected. This helps to avert damage dealt to onboard components, loss of critical files and data corruption due to inconsistent and fluctuating power caused during unexpected blackouts.
Failover Memory
To provide even further support for operation sustainability, the server-standard Failover Memory design on the Marine Cool motherboard utilizes built-in memory to help continue system boot-up in the event of errors to add-on memory. When the PC is switched on, Failover Memory guarantees that the system will boot, regardless of incompatible or faulty memory.
50 Comments on ASUS Marine Cool Motherboard Concept Becomes Official
Desing increbile
I think the only reason for using SO-DIMM is cus they cant physically fit normal DDR3 slots.
Though I would have though using SO-DIMM slots in the same orientation as DDR but having 4 of them would have been better.
This board seems more aimed towards reliability and power saving(to make the back-up battery woth something). I wouldn't think a batter that small would keep the computer running for any worthwhile amount of time unless extreme power savings were put into place.
board by the looks of the cooling solution for VRM, North and South bridge