Testseek.es han recogido 190 las revisiones expertas de el AMD A10-6800K 4.1GHz Socket FM2 y el grado medio es el 76%. Enrolle abajo y vea todas las revisiones para AMD A10-6800K 4.1GHz Socket FM2.
April 2014
(76%)
190 Críticas
Puntuación media de los expertos que han realizado una crítica del producto.
Usuarios
(90%)
292 Críticas
Puntuación media de los propietarios del producto.
760100190
A los editores les gusta
Gran rendimiento de la IGP comparado con la competencia
Soporte nativo de memorias DDR3 de 2133MHz
Continúa utilizando el zócalo FM2
Gráfica Radeon HD 8000 Series
Soporte para Eyefinity e Hybrid CrossfireX
Excelente precio
Impresionante overclock y beneficio del mismo
altas frecuencias de serie y turbo
compatibilidad con las vigentes placas fm2
mejora respecto al a105800k
la mejor gráfica integrada del mercado
mismo precio que el a106700
impresionante overclock
Muy buen rendimiento gráfico
Relación prestaciones / precio
Aunque su TDP es de 100W no se calienta en exceso
Buena capacidad para el overclock
Mantiene el tipo de socket
Por lo que no es necesario cambiar todo el sistema para una actualización
Comp
A los editores no les gusta
El rendimiento de CPU es bajo comparado con los últimos CPUs de Intel.
Pocas novedades adicionales
necesidad de memorias rápidas para disfrutar de mayor fluidez gráfica
actual precio de las memorias para el mismo
pocas novedades adicionales
Pobre gestión de memoria
Poco incremento de rendimiento en CPU con respecto a la generación anterior
Publicación: 2013-06-04, Autor: Victor , crítica de: Bjorn3d.com
The A10-6800K delivers somewhere from 5% to 25% performance improvements over the A10-5800K where a workload is CPU bound, then the improvement often lies on the lower end of the spectrum. On the average, the APU is about 10% faster than its predecessor....
Publicación: 2013-06-04, Autor: Don , crítica de: tomshardware.com
Resumen: Richland, code name for AMD's highest-end APUs, finds its way into our lab in the form of A10-6700 and A10-6800K. Based on the Piledriver architecture and VLIW4 graphics, these chips are slight improvements to Trinity. Can they outshine Core i3, though? ...
Beats comparatively priced Intel CPUs, Integrated GPU Overclocked well, AMD Overdrive was very easy to use, No Need to get a New Motherboard,
Performance over Trinity doesn't Justify Pricing
The AMD A10-6800K APU is a good next-step in the world of AMD Accelerated Processing Units. It represents a slight increase in performance in both the CPU and GPU portions of the unit over the last generation of Trinity processors. I'm not sure that I...
Resumen: While it may be based on last year’s Trinity architecture AMD’s new Richland A10-6800K and A10-6700 APUs bring higher performance and new features to the table without consuming more power. However, in such a competitive processor market, will they r...
Publicación: 2013-07-17, Autor: Roydon , crítica de: firstpost.com
The new Elite A-Series A10-6800K is priced a little higher than its predecessor at Rs 10,000. The A10 is targeted at someone who's looking for a one-stop-solution for a CPU and GPU and would not want to invest more in a discrete card. Yes, you can get a m...
I don't know how to put it. Personally, I feel that the APUs from AMD are solid products. However I also feel difficult to recommend it, not that the product is bad but it's just really limited. For example – if you have a HD 6670 1GB DDR5 and looking ...
Publicación: 2015-02-11, Autor: Russel , crítica de: pinoyunboxing.com
Resumen: Enough with the talk lets go straight to the bench scores and games performance. to check the chips power.Using a Gigabyte F2A85XUP4 to harness the CPUs power & Corsair vengeace CL9 1600 2x4GB RAMs.on stock cooler dang this processor drops to ZERO (0°C).P...
For real processing tasks, most builders will opt for the faster Intel processors but for general usage, typical is the kind of consumers that goes by numbers and value. For the A10-6800K, being marketed as a 4.4Ghz chip is certainly something that a lot ...
Resumen: Durant de longues années, nombre de fonctionnalités étaient gérées par la carte mère au travers de 2 puces principales : le Northbridge et le Southbridge. Si le dernier a survécu dans une version modifiée pour devenir
