ASRock Phantom Gaming Z890 Lightning WiFi Intel Motherboard / ATX Form Factor / Supports Intel® Core™ Ultra Processors (Series 2) / LGA 1851 CPU Socket / 4x DDR5 DIMM Supporting up to 256GB / 90-MXBPG0-A0UAYZ / 90-MXBPG0-A0UAYZ / [+] ASRock Intel Motherboard Z890 & B860 Game Pack Promotion + FREE DELIVERY !

The ASRock Phantom Gaming Z890 Lightning is an ATX Intel motherboard on the Z890 chipset, supporting Intel Core Ultra processors (Series 2) through the LGA 1851 socket. Its four DDR5 DIMM slots hold up to 256GB of high-speed memory for gaming, content creation and multitasking. Integrated WiFi covers wireless networking, so a high-end build needs no add-in network card whether you are upgrading or starting fresh.

The Lightning series sits in ASRock's Phantom Gaming lineup as a symbol of speed and power. Its linear and angular styling evokes lightning imagery, a visual shorthand for raw energy and fast data transfer, and it carries through the heatsink shrouds and the I/O cover rather than being limited to a printed logo.

The LGA 1851 socket accepts the latest Intel Core Ultra processors (Series 2), and ASRock tunes the surrounding hardware for fast, reliable and efficient operation. Choosing the socket is the first decision in any Intel build, and this one puts the board on the current desktop platform rather than a generation that has already closed.

Four DDR5 DIMM slots give the board a 256GB memory ceiling. That is far past what a game needs on its own, which is the point: the capacity is there for video timelines, virtual machines and large project files opened alongside a game, so the same machine handles content creation and heavy multitasking without a rebuild.

The advanced Z890 chipset supplies the connectivity behind this board, and the ATX form factor fits most gaming PC cases. Standoffs, rear I/O cutouts and expansion slot spacing all follow the ATX standard, so the board drops into an existing chassis during an upgrade as readily as into a new build.

Upgraded 20K Black capacitors carry a 20,000 hour lifespan and raise capacitance from 560uF to 1000uF. Greater energy storage supports high loads, reduced ripple smooths power fluctuations, and the more consistent output keeps delivery steady. The combination is aimed at long-term stability and durability rather than a single benchmark run.

The VRM runs an 18+1+1+1+1 power phase layout for smoother power delivery and better overclocking capability, designed to hold stability and low temperatures through intense workloads. SPS (Smart Power Stage) brings in Dr.MOS technology to monitor current and temperature, which is what converts extra phases into usable overclocking potential.

Two-ounce copper inner layers give the PCB better signal stability and more efficient heat dissipation. Doubling the copper weight spreads heat across the board instead of concentrating it near the power stages, producing lower temperatures and greater energy efficiency during overclocking and other high-performance tasks.

High-current CPU power needs a connector to match, and the Hi-Density Power Connectors offer more than 20% better current handling than traditional connectors. That margin is what keeps the system stable during overclocking and heavy workloads, since the socket at the end of the 12V cable is often the first component to run warm.

The Blazing M.2 slot supports the PCI Express 5.0 standard with twice the bandwidth of the previous generation, achieving 128Gb/s transfer speeds. Reserving that slot for a Gen5 drive is the straightforward way to make the storage subsystem match the rest of a Core Ultra Series 2 build as ultrafast SSDs become common.

Hyper M.2 Gen4 x4 supports PCI Express 4.0 SSDs at twice the speed of the previous generation. Most drives on the market are still Gen4, so this is the slot that will carry a game library or a working scratch drive, with quick data transfer for both gaming and professional workloads.

A large aluminium alloy M.2 heatsink with a toolless quick-release design makes SSD installation straightforward and keeps the drive cool once fitted. The heatsink is what protects sustained performance during intense workloads, where an uncooled M.2 drive would otherwise slow down partway through a long write.

An optimized aluminium heatsink design handles thermal management across the board. It matters most during heavy gaming and overclocking, when the power stages are working hardest and heat is what limits how long a clock speed can be held. Pulling that heat away is what keeps the system stable through a long session.

Automatic detection of fan mode lets the board apply precise fan speed control for quieter operation, whichever type of fan is plugged in. The header set covers CPU, AIO Pump and Chassis fans, so an air cooler, an all-in-one liquid cooler and the case fans each get an appropriate connector.

The thermistor cable and header enable precise temperature monitoring from a point of your choosing on the build. Readings from it feed thermal management that you customise through fan tuning and BIOS settings, which is useful when the temperature that actually matters is not one the onboard sensors report.

Fan-Tastic Tuning auto-detects each fan and lets you adjust its curve through a visual interface. Dragging points on a graph is a far quicker way to balance cooling performance against noise reduction than typing duty percentages, and the settings apply to the fans already wired to the board.

The Killer E3100 2.5 Gbps Ethernet controller is aimed at competitive gamers and power users. Beyond raw link speed it applies advanced detection and prioritization to the traffic crossing it, delivering optimized network performance for gaming and multimedia applications rather than treating every packet on the connection the same way.

Killer GAMEFAST technology boosts the gaming experience by freeing CPU and memory resources that background processes would otherwise hold. It is enabled in system settings and then optimises gaming traffic automatically, while remaining fully customisable so you can adjust network priorities and stop processes through its controls.

Thunderbolt 4 provides 40Gbps transfer rates through a single reversible Type-C connector. The same port connects external displays, Thunderbolt devices and USB peripherals, carrying high-speed data and display signals together, which keeps one cable doing the work that would otherwise need several separate connections.

The Killer Prioritization Engine puts gaming traffic first to hold in-game latency as low as possible, and optimises the connection for streaming and entertainment so buffering is reduced. Network rules are customisable through the Killer Intelligence Center, which is where you decide what gets priority when the household connection is busy.

Lightning Gaming Ports are built for hardcore gamers and enthusiasts, giving gaming mice, keyboards and other peripherals a high-speed connection with minimal latency and fast responses. A reliable connection on those ports is what keeps input consistent through a match, which is where a shared, busy USB controller usually shows its limits.

Ultra USB Power supports ultra-stable power delivery to connected devices and brings enhanced sound quality with it. Lower noise on the USB rail matters for headsets and audio interfaces, and higher energy efficiency during data transfer and device operation means the port behaves the same whether it is idle or driving a bus-powered drive.

The USB 3.2 Gen2x2 Type-C header supports up to 20Gbps data transfer rates, double the previous generation. Wired to a case's front Type-C port, it makes the fastest connection on the machine the one you can actually reach, and the reversible Type-C design connects external drives and peripherals either way up.