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TheINQUIRER publishes daily news, reviews on the latest gadgets and devices, and INQdepth articles for tech buffs and hobbyists. View and Download Asus JumpFree PC133 user manual online. JumperFree PC133 AGP4X Motherboard. JumpFree PC133 Motherboard pdf manual download. Home Products Manufacturers ASUS. For complete online shopping and ordering or for current price and availability, please visit our eStore. The summary below. Deluxe which we have reviewed, ASUS new brushed metalling gold design is here on the Z9. Pro as well. ASUS Z9. Pro Wi. Fi AC Overview. The birth of SATAe and M. Both of these new standards, despite the lack of drives for end users to purchase, require two of the eight lanes from the chipset in order to function, as well as two SATA 6 Gbps ports for SATA modes. One would suggest that this requires four PCIe lanes in order to incorporate both onto a product however the current solutions we have seen show that the lane allocation is shared by both M. SATAe, meaning that using one disables the other. Sharing lanes is nothing new for motherboards, where we might see a PCIe 2. PCIe 2. 0 x. 1 slots. Compounding this fact, Intel only officially supports their storage technology on a single x. This leaves motherboards that use both of these technologies, when the products come to market, in a precarious position. The Z9. 7 Pro takes the brunt of this head on, as it were. While it is impossible to implement RST on two PCIe storage ports at once, a manufacturer can use an ASMedia controller for a SATAe port, which also consumes PCIe lanes and adds cost. The Z9. 7 Pro aims to tackle the large landscape of motherboard offerings around the 1. WIFI AC variant. This price bracket features others such as the Z9. X SOC, Fatal. 1ty Z9. Z9. 7 Gaming 7, all of which are aimed to sell with their respective crowds. We examined the software and BIOS offerings of the ASUS Z9. Z9. 7 Deluxe which show a continued improvement over ASUS generational cadence, although the BIOS aesthetic recommendations still stand. Fan controls allow every fan header on board to be controlled through DC or PWM, and the built in BIOS fan testing system helps expedite accurate fan profiles. The EZ OC mode in the BIOS also gives users a more targeted look at automatic overclocks. The software has a new trick in Turbo App, giving users overclock granularity on a per program basis, as well as new overclocking options for stress testing. Performance of the Z9. Pro shines out via the onboard audio an enhanced Realtek ALC1. PCB separation, filter caps and DTS support and Z9. DPC Latency, however our early pre release BIOS had a long POST time, suggesting that users should update the BIOS ASAP in case this has changed. Power consumption was a little higher than expected, but still in reasonable limits. USB 2. 0 speed was boosted by the in built Turbo mode, giving a sub 4. The Z9. 7 Pro offers a Wi. Fi version using a 2. T2. R 8. 02. 1. 1ac Wi. Fi module, situated on the rear IO. I am a big fan of integrated Wi. Fi solutions on the rear IO rather, but the original increase in price for the version with the module was 3. However, now the difference is 1. Wi. Fi module is unavailable as a separate purchase, users with Wi. Fi needs such as myself who tests machines in a different room with no wired Ethernet access should consider the Wi. Fi version because even at 2. Normally when I review a system I keep a list of oddities, issues, irregularities or interesting tidbits of information as I test in order to help shape the review. With the Z9. 7 Pro, my list contained a total of zero entries, indicating that it just worked as it said it should. This is sometimes an oddly rare occurrence in a mature industry. ASUS Z9. 7 Pro Visual Inspection. The brushed metallic look we saw with the Z9. Deluxe is here on the Z9. Pro as well, as shown on the two power delivery heatsinks and the new styled circular chipset heatsink. I hate to use artsy words to describe a motherboard, but I feel like I want to use the word contemporary, whatever that means. The ASUSDESIGN logo adorns one of the heatsinks, and the rest of the motherboard attempts to use two shades of black for the rest of the ports and slots. The switches and rear IO keep their silvery look. The socket area is bounded on two sides of the minimum Intel specifications by power delivery chokes and on a third side by the DRAM slots. As with most motherboards in this segment, the heatsinks are designed to allow large coolers, however due to the close proximity of the DRAM slots, users with taller memory might have to rely on slightly smaller CPU coolers in order to fit a full set of memory. In the socket area the user has access to four fan headers one to the bottom left below the power delivery heatsink, the two CPU headers between the top heatsink and the DRAM, and a final header just above the 2. ATX power connector. At a stretch there is a fifth within reach of the socket, just below the 2. The DRAM slots are color coordinated for the two memory channels, and all four slots use a single sided latch mechanism for easier memory removal. With this system users should be aware that installing memory requires a double check to make sure it is seated in the slot correctly. At the top right of the motherboard is the Mem. OK button, used to recover memory settings from a failed overclock without losing the rest of the BIOS settings in the process. Below this is the EZ XMP switch, a new addition for Z9. XMP at the touch of a button and without entering BIOS. Given the number of enthusiast users, especially anecdotally at LAN events, who have super machines but fail to run at XMP, this is a nice option to have. The SATA ports are arranged such that the SATA Express port is nearest the 2. ATX, followed by four chipset SATA 6 Gbps ports and two SATA 6 Gbps from the ASMedia controller. Given what we have seen from GIGABYTE and ASRock, I am a little perplexed as to why ASUS did not invest into the tieredstacked SATA plastic housing and routed appropriately, as this would have saved some space for perhaps another SATA controller or something else a USB port. Beside the chipset SATA 6 Gbps ports is the M. SATAe ports such that only one can be used at a time. Along the bottom of the motherboard we have the TSensor that allows users to equip their own thermocouple and adjust the fan speeds on the motherboard based on the output of the thermocouple. Next to this is the Direct. Key header that allows the user to enter the BIOS on the next boot. This feature used to be an onboard button, which I prefer, but has been relegated to jumper duty. Above these two jumpers are the TPU and EPU switches, providing automatic overclocks and power saving modes respectively. Beneath these, right at the bottom of the board, is the front panel header, one of the aforementioned fan headers and two USB headers. Crystal Maker Software there. Moving left across the bottom of the motherboard we have our second chipset based USB 3. TPM module header, the BIOS Flashback button, a power button, the Thunderbolt header and the front audio header. Above the TPM header, and just above the PCIe slot in this place, is the two digit Debug display. This position between the PCIe slots is a little different to what we usually encounter, and in this position it would be blocked by a second GPU. The PCIe slots are arranged in a typical fashion, with an x. When a device is placed in the x. The two PCIe 2. 0 x. The PCIe 2. 0 x. 4 actually shares bandwidth with two other parts of the motherboard the two chipset USB 3. IO, and the final PCIe 2. By default the PCIe 2. USB 3. 0 portsPCIe x. In x. 2 mode, the PCIe x. PCIe x. 14 and USB3E1. The audio on the Z9.