With Intel being the sole supplier of chipsets for their processors, all motherboards with the same CPU and supporting chipset will provide pretty much the same performance at stock settings. Vendors strive to distinguish their products with additional features, which can be as disparate as a clever new BIOS or entirely new hardware capabilities grafted on via custom or third-party silicon. From a performance perspective, ASUS has historically added value with enhancements to standard interfaces, such as their accelerated USB 3.0, and hardware and software features that make overclocking easier, even for the novice. With the Z97-DELUXE they’ve even added entirely new high speed interfaces: M.2 and SATA Express. If you’re looking for a future-proof board for your next rig, this could be it.
Tag Archive: LGA 1150
Where ASUS really pulls away from their competition is with digital power control for memory and processor, utilizing up to 16 power phases to ensure absolute precision stability. All hardware points are controlled by Dual Intelligent Processors 5, which consists of DIGI+ Power Control, TPU, EPU, Turbo App, and Fan Xpert. ASUS Z97-DELUXE and Z97-PRO models feature dual-band Wi-Fi 802.11ac (a/b/g/n/ac) and BlueTooth 4.0 wireless functionality. In this article Benchmark Reviews showcases the ASUS Z97-DELUXE (NFC & WLC) motherboard, and reveals the many hardware features packed onto this mainstream channel desktop board.
Back in 2007 Intel established a Tick-Tock model that predicted that following a micro-architectural process technology die shrink (tick) that a new micro-architecture would be introduced (tock). They’ve kept to this processor model for seven years, but no such model exists for their board chipset architecture. Instead, every tick update and new tock architecture receives a fresh LGA (land grid array) CPU socket: Nehalem brought LGA 1366 and later LGA 1156, Sandy Bridge introduced LGA 1155 followed by LGA 2011, and Haswell delivered LGA 1150. But what’s new in 2014 with Intel Z97 Express?