ASUS P5K E WIFI SERIES
Both chipsets are paired with the same series of south bridges: ICH9. Two other differences between the two is the unofficial support for the 1,600 MHz external clock rate on X38 and the support for DDR3 memories up to 1,333 MHz on X38 (P35 supports DDR3 up to 1,066 MHz). The main difference between P35 and the latest high-end chipset from Intel, X38, is the support for the new PCI Express 2.0 on the later, which doubles the maximum theoretical transfer rate of the add-on video card you are using, if it is also PCI Express 2.0 (at this moment the only PCI Express 2.0 video card available is GeForce 8800 GT). ICH9R supports six SATA-300 ports, while ICH8R supports only four. The main difference is on the “R” (which stands for “RAID”) variation, which is the version used by this motherboard. The difference between the plain ICH9 chip and the plain ICH8 chip is only on the number of USB 2.0 ports: ICH9 has 12 of them, opposed to 10 on ICH8. There are three main differences between P35 and the previous mainstream chipset from Intel, P965: support for the 1,333 MHz external bus (P965 goes only up to 1,066 MHz), support for DDR3 memories (if your motherboard has DDR3 sockets, which isn’t the case of P5K-E) and the use of the new south bridge series, ICH9 (P965 uses ICH8). P35 is the latest mainstream chipset from Intel. Check it out.įigure 1: ASUS P5K-E/WiFi-AP motherboard. In this article we will explore the main features from this motherboard. This motherboard also features passive heatsinks, solid aluminum capacitors, eSATA ports, two x16 PCI Express slots, coaxial and optical SPDIF outputs and more.
ASUS P5K-E/WiFi-AP is a top mainstream motherboard for the socket LGA775 platform from ASUS, based on Intel P35 chipset and featuring a 802.11g (54 Mbps) WiFi access point, allowing you to share your Internet connection wirelessly without a wireless broadband router.
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