Galax Liquido

Galax importante marchio produttore di schede video, ha presentato due nuovi modelli basati su chip Nvidia, come potete vedere dalle immagini il design (non-reference) è caratterizzato da un sistema di dissipazione a liquido.

Le due schede sono: GTX 980 e GTX 970 della serie HOF (Hall of Fame).
Entrambe le soluzioni integrano un waterblock full-cover con il top in acrylic/acetal e base in rame nichelato.

Galax 970 980

Grazie a queste specifiche Galax potrà massimizzare l’overclock, spingendo molto sulle frequenze. Di seguito vi proponiamo la lista delle specifiche che Galax ha voluto rilasciare, ulteriori dettagli prezzo compreso, arriveranno in seguito.

Galax 970 980

GTX 970/980 HOF Key Features:

  • Completely redesigned PCB layout from the ground up, optimised for GM204
  • 10 layer manufacturing process in HOF signature pure white colour
  • Extended PCB width for optimised layout and cleaner signal
  • Next generation IR3595 Digital PWM controller provides 2X switching frequency vs. previous generation
  • 8 phase GPU + 2 phase memory power
  • IR3555 with next gen DrMOS and 60A output
  • Aerospace-grade GALAXExtreme Power Inductors provide ultra-long life, high endurance and low noise vs. normal power inductors
  • Hyper Boost technology acts like a hardware turbocharger, increasing fan speed and maximum power delivered to the GPU with the push of a button
  • Voltage tool (developed by enthusiasts) allows voltage beyond stock limits
  • Hardware dual BIOS simplifies the tweaking process by enabling risk-free firmware updates and customization

Water Block Key Features:

  • Fits both GALAXGTX 970 and GTX 980 Hall Of Fame graphics cards
  • Custom engineered design to maximize coolant flow and heat transfer
  • Pure copper blocks
  • Full active cooling for all key components
  • Nickel plating
  • PETG acrylic / white acetal top
  • Full PCB coverage including power connectors
  • Universal 1/4 inch coolant ports for compatibility with most water cooling systems
  • Coolant channel specially built for optimal flow with bidirectional hookups