ASUS P6X58-E WS WORKSTATION MOTHERBOARD REVIEW TODAY
ASUS’ X58 part of of a Workstation line of motherboards, a P6X58-E WS motherboard, looks to suggest an delectable brew of facilities and- functions. With a use- of both a Intel X58 and- NVIDIA NF200 chipsets, a house offers a intensity for forlorn gaming performance.
Introduction
ASUS is a single in between a chosen mechanism part of manufacturers in a space, flourishing in a difficult marketplace where most of a alternative competitors have vanished. The association has a repute for tall peculiarity and- tall opening components, with a repute garnered from years of aloft product introductions and- a multitude of constant supporters. ASUS use-s a amalgamate of hardware and- program technological creation to sojourn forward of a competitors and- dear to a hearts of a air blower loyalists. Its new- P67 formed part of of a most vaunted Workstation line of play offers a good e.g. of ASUS’ pattern practices in motion.
The ASUS P6X58-E WS motherboard combines a Intel X58 and- ICH10R chipsets with a NVIDIA NF200 chipset to suggest await for an forlorn computing experience. The chipset multiple supports a following technologies: a Intel LGA11366 i7 processor line; DDR3 mental recall handling in Triple Channel mental recall mode up to 1333MHz officially; and- possibly NVIDIA 3-Way SLI or AMD Quad-CrossFireX graphics mode regulating suited video cards. ASUS integrated a following onboard inclination in to a P6X58-E WS: 6 SATA II 3Gb/s ports (RAID 0, 1, 0+1 and- 5 capable) upon 
the Intel ICH10R controller; 2 SATA III 6Gb/s ports upon a Marvell controller; twelve USB 2.0 able ports (6 in back panel, and- 3 onboard header ancillary 2 ports each); 2 USB 3.0 able ports (2 in back panel); 2 IEEE 1394 ports (1 in back panel, and- 1 onboard header ancillary 1 pier each); 2 Intel GigE Ethernet ports in a back panel; Realtek 8-channel HD audio codec with integrated S/PDIF visual and- RCA outlay ports; and- a PS/2 set of keys / mouse- pier in a back panel.
Detailed Mainboard Specification List:
ASUS kept a box art elementary with a P6X58-E WS, with a house name and- upheld technologies showcased upon a dimpled black background. The following components have been enclosed with a board: locking connector SATA expostulate cables and- twin headed SATA energy cables; a 3-Way NVIDIA SLI connector; a 2-Way AMD CrossFire connector; back row joint with 2 USB and- 1 IEEE 1394 ports; a back row shield; a Q-Connector modules; a G.P. Diagnosis Card; and- a normal element of manuals and- drivers discs. The Q-Connector modules concede for an easy interface for joining in to a motherboard headers. You simply retard in your front row jumpers in to a white connector and- a USB 2.0 jumpers in to a blue connector block, and- afterwards retard both blocks in to a motherboard headers. It creates for a most simpler implement for those typically tough to strech header areas. The G.P. Diagnosis Card plugs in to a board’s TPM (Trusted Platform Module) header, with 2-digit evidence LED arrangement and- energy and- reset buttons integrated in to a design. The evidence LED arrangement displays BIOS post codes whilst a complement boots, use-ful for troubleshooting complement foot associated issues.
ASUS written a P6X58-E WS’ blueprint masterfully, with no parsimonious areas transparent in a board’s layout. The board’s rider is located in in between PCI-Express x16 slots 4 and- 5, with a house chronicle use-d in contrast being a rider 1.01. While a sequence series was not found anywhere upon a board’s surface, it is located upon a plaque along a outward corner of a box. As is normal with a aloft finish house lines, ASUS integrated tall peculiarity polymer solid-electrolyte capacitors and- steel amalgamate chokes in to a board’s design.
The board’s CPU hollow is transparent of nonessential obstructions with all close-in components of a tiny form cause pattern withdrawal CPU cooler ascent unimpeded. To repair a cooler to a CPU, a house use-s a stand-ard Intel LGA1366 character ascent design. To a left of a CPU hollow is a Intel X58 Northbridge chipset, lonesome by a vast thin-finned feverishness sink. This chipset sits in a core of a on-board feverishness siren abolition path, creation for optimized dispersion of a chipset’s heat. The CHA_FAN1 header is located only upon top of a Northbridge chipset. The 8-pin ATX12V energy connector is located to a top right of a CPU socket, with a CPU_FAN header located to a socket’s reduce right.
The P6X58-E WS’ 6 integrated DDR3 mental recall slots have been placed without delay next a CPU hollow and- Northbridge chipset, organised in a bi-colored, 3-by-2 configuration. The blue colored slots have been a endorsed first use- slots, with Triple Channel mental recall mode active with procedure populating all slots of a same color. The 24-pin ATX energy connector, MOLEX-style EZ Plug energy connector, PWR_FAN header, and- OV_CPU jumper have been located without delay next a DIMM container block. The EZ Plug connector can be use-d to yield one more energy to seated video cards when 2 or some-more cards have been in use-. The OV_CPU jumper enables use-r entrance to aloft turn voltage settings in a BIOS for a CPU voltage, with a roof lifted from 1.70V to 2.10V with a jumper enabled.
The Intel ICH10R Southbridge and- NVIDIA NF200 chipsets have been located underneath a large low-profile feverishness penetrate next PCI-Express x16 slots 2 – 5. All onboard SATA slots have been located without delay next a chipset feverishness sink, with a blue colored slots of a SATA II accumulation and- belonging to a Intel ICH10R 3G controller. The white colored SATA slots have been of a SATA III variety, tranquil by a Marvell 6G controller. To right of a SATA pier retard have been a OV_DRAM_BUS and- OV_QPI_DRAM jumpers, and- a CHA_FAN2 header. The OV_DRAM BUS jumper unlocks one more voltage settings for a DRAM voltage setting, whilst a OV_QPI_DRAM jumper does a same for a QPI voltage environment in a BIOS. With a jumpers enabled, a DRAM voltage choice is increased from 1.90V to 2.46V and- a QPI 
voltage environment is increased to 1.90V, from 1.70V. To a reduce left of a chipset penetrate have been a stand-by energy LED, a framework penetration and- CMOS transparent jumpers, and- a front row header. Just upon top of a front row header have been a CMOS battery, a CHAFAN_SEL jumper, and- a CHA_FAN3, TPM, and- USB 2.0 headers. The CHAFAN_SEL jumper determines a operational inlet for a onboard framework air blower headers, with upheld settings for PWM or DC air blower operation. Note that a stand-by energy LED illuminates when an active energy source is continuous to a board’s energy connectors.
For a P6X58-E WS, ASUS integrated 6 sum ports in to a board’s layout: 5 PCI-Express x16 slots, and- 1 PCI-Express x1 slot. Along a top left corner of a house have been a USB 2.0, IEEE 1394, S/PDIF output, and- front row audio headers. The CHA_FAN1 header is located to a top right of a first PCI-Express x16.
ASUS enclosed a following ports in to a P6X58-E WS’ back panel: a PS/2 keyboard/mouse- combo-port; 6 USB 2.0 ports; 2 USB 3.0 ports (blue colored USB character ports); 2 Intel GigE Ethernet ports; and- 6 equivalent term and- S/PDIF visual and- RCA audio outlay ports.
TurboV EVO
For overclocking a P6X58-E WS house from inside of windows, ASUS provides a TurboV EVO application, with chronicle 1.00.70 supposing upon a designation DVD. TurboV EVO integrates seamlessly in to their AI Suite utility, that offers most alternative complement monitoring associated applications as well.
The TurboV EVO applet is accessed around a Tool symbol after opening a AI Suite application. Notice a CPU club along a right side of a app window as well. The TurboV add-on displays stream complement voltage and- train speed settings, permitting for pattern of all displayed settings. Within a Advanced Mode add-on have been alternative tractable complement voltages. For all settings listed in a applet, a configurable settings shown impersonate a settings accessible by a BIOS menus.
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Source: http://www.digdod.com/asus-p6x58-e-ws-workstation-motherboard-review-today-1033670.html
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