The ROG Maximus Z790 Apex
Encore boasts a sleek all-black design, robust appearance, upgraded
power solution and an onboard PCIe 5.0 M.2 slot for lightning-fast
storage. Meanwhile, the ROG Memory Fan Kit offers active cooling to let
tinkerers push DDR5 to the limit. And support for Intel Core 14th
generation processors lets users set new benchmarks for the wealth of
activities that demand peak performance. This motherboard is the
ultimate choice for enthusiasts and overclockers seeking style and power
in their gaming setup.
ROG OVERCLOCKING TECHNOLOGIES
Tried and tested OC
features offer extensive control over system performance for seasoned
veterans and new recruits alike. Leverage onboard intelligence to
automatically adapt CPU performance, or get a headstart on manual tuning
and then utilize advanced tools and utilities to stay on the pulse and
push boundaries.
AI OVERCLOCKING
Tuning is now faster and
smarter than ever before. ASUS AI Overclocking profiles the CPU and
cooling to predict the optimal configuration and push the system to its
limits. Predicted values can be engaged automatically or used as a
launching ground for further experimentation.
OVERCLOCKER'S TOOLKIT
The ROG Overclockers
Toolkit is a powerful set of hardware-level controls to enhance your
overclocking experience. Some are quick and easy time savers, while
others offer masterful functionality to help you smash benchmarks and
break records.
DIFFERENTIAL SENSING
Conventional motherboards
use single-ended sensing tapped from a location that isn't ideal,
leading to a large disparity between the actual voltage fed to the CPU
and the value reported to software. The ROG Maximus Z790 Apex Encore
features a differential-sensing circuit and delicate IC that simplify
overclocking and tuning by allowing you to track voltages more
accurately.
CONDENSATION DETECTION
Specialized circuitry
allows ROG Maximus Z790 Apex Encore to detect when condensation occurs
on the back of the board. Divided into three distinct sections CPU,
DRAM, and PCIe the feature provides a useful warning when an area may
be at risk of short-circuiting.
TEAMED POWER ARCHITECTURE
Today's CPU architectures
place incredible demands on motherboard power design by transitioning
from deep power-saving modes, going from lower-power mode to full load
in an instant. The latest ROG VRM architecture rises to the challenge by
utilizing teamed power stages to rapidly swing current, while
maintaining exemplary thermal performance.
A BRIEF HISTORY
ASUS became the first
manufacturer to implement phase-doublers with the A8N32-SLI Deluxe
motherboard, back in 2005. The board's VRM was lauded for elegantly
overcoming the power handling capabilities of components that were
available at the time while also reducing voltage ripple. Those benefits
led to phase-doublers becoming universally accepted in the industry, and
they are still used for similar purposes today.
A SHIFT IN CPU DEMANDS
Modern CPUs pack more cores than their predecessors, and the latest instruction sets allow them to crunch computationally dense workloads at an incredible pace. In addition, they consume less power at idle and can transition between load states much more quickly. These improvements necessitate a re-evaluation of power-design priorities because phase-doublers add a propagation delay that hampers transient response.
Note: The content above is generic for the series.
For Correct info about this particular model, please refer to
Specifications section.