ASRock Phantom Gaming Z890 Riptide Intel Motherboard / ATX Form Factor / Supports Intel® Core™ Ultra Processors (Series 2) / LGA 1851 CPU Socket / 4x DDR5 DIMM Supporting up to 256GB / 90-MXBPB0-A0UAYZ / 90-MXBPB0-A0UAYZ / [+] ASRock Intel Motherboard Z890 & B860 Game Pack Promotion + FREE DELIVERY !

The ASRock Phantom Gaming Z890 Riptide is an ATX Intel motherboard engineered for gaming and demanding workloads. It runs Intel Core Ultra (Series 2) processors on the LGA 1851 socket, and the Z890 chipset behind them supplies the speed and stability the platform is capable of. Four DIMM slots take up to 256GB of DDR5 memory, covering gaming, multitasking and resource-intensive applications on one build.

Riptide takes its name from the power of a mighty ocean current, standing for stability and unlimited strength within the Phantom Gaming range. The board is built around advanced gaming features that give a system an intense boost while keeping the computing environment stable, which is the balance the name is meant to convey.

The LGA 1851 socket carries Intel Core Ultra (Series 2) processors, which is what delivers rapid performance for modern computing needs. Socket choice fixes which CPUs a build can ever use, so starting on LGA 1851 puts the machine on Intel's current desktop platform instead of a closed generation, whether you are upgrading a rig or constructing a new one.

Memory support runs to 256GB of DDR5 across four DIMM slots. That headroom is what lets a single machine move between high-performance gaming, multitasking and resource-intensive applications without swapping kits, and it means a modest two-stick starting configuration still leaves two slots open for a later expansion.

The Z890 chipset gives this board its remarkable speed and stability, and it arrives in a standard ATX form factor. ATX keeps mounting holes, rear I/O and slot spacing predictable, so the state-of-the-art connectivity and future-proof capabilities sit on a layout that fits the cases builders already own.

The innovated 20K Black capacitors extend lifespan to 20,000 hours while raising capacitance from 560uF to 1000uF. Better charge storage supports high loads, reduced ripple stabilises power output, and a stable output current minimises voltage fluctuations. The net effect is increased reliability, which is what consistent operation depends on over a board's life.

An 18+1+1+1+1 power phase configuration uses robust components to feed the CPU, which is where the board's overclocking potential and its improved performance under heavy use come from. SPS (Smart Power Stage) technology optimises current and temperature monitoring so power delivery to the processor stays precise as the load changes.

Two-ounce copper inner layers give the PCB stable signal tracing and effective power distribution. The heavier copper also acts as a heat spreader, which is why the design produces lower temperatures and better energy efficiency during overclocking rather than only improving electrical characteristics on paper.

Overclocking demands higher currents, and the ASRock High-Density Power Connectors are engineered to handle increased current compared with standard CPU and ATX connectors. Keeping the connector ahead of the demand placed on it is what holds the system stable through intensive overclocking, instead of leaving the weakest point at the end of the power cable.

The Blazing M.2 slot accommodates PCI Express 5.0 technology and delivers 128Gb/s data transfer speeds, double the bandwidth of previous generations. Keeping that slot for a Gen5 drive is how the storage side of the build stays matched to the processor as ultra-fast SSDs become the norm.

Built on a stable and reliable philosophy with high-quality components, the board supports enhanced DDR5 memory overclocking through pre-tested profiles. Check that your memory modules are Intel XMP or AMD EXPO compliant, then load the profile rather than dialling in timings by hand, and the rated speed applies in a single step.

Hyper M.2 Gen4 x4 support covers PCI Express 4.0 M.2 SSDs and delivers twice the speed of previous generations. Gen4 drives are the mainstream choice today, so this is where a large game library or working project drive lives while the Gen5 slot is held for an upgrade.

An oversized aluminium alloy M.2 heatsink covers the drive and uses a tool-free design with a quick-release mechanism. Fitting an M.2 SSD becomes a matter of lifting the cover and dropping the drive in, with no small screw to lose inside a built system, and the heatsink stays on the drive afterwards.

The meticulously designed aluminium heatsink is the board's main heat dissipation hardware. It is most important during demanding tasks such as gaming or productivity work, where sustained load would otherwise let temperatures climb, and holding those temperatures down is what supports stable operation and longevity from the components underneath.

The board's fan headers automatically discern between DC and PWM modes, so the fan curve can be customised for the operation and noise level you want. Connectors cover a CPU fan, an AIO pump fan, chassis fans and a water pump fan, which is enough to wire an air cooler, an all-in-one or a custom loop.

The thermistor cable and header provide an additional channel for temperature tracking beyond the onboard sensors. Placing the probe where the heat actually matters lets thermal management be customised around your workload, and the settings behind it are adjusted through Fan-Tastic Tuning or the UEFI.

Thunderbolt 4 works through USB Type-C and reaches data transfers of up to 40Gbps. A single Thunderbolt 4 cable connects multiple external monitors and devices, which suits both work and gaming setups and replaces the separate display and data cables those peripherals would otherwise each need.

ASRock's Fan-Tastic Tuning software determines the minimum duty for each fan with a single click, then hands over an intuitive graphical interface for adjusting the curve. Working on a graph makes it practical to tune every fan in the system to your own cooling and noise reduction preferences instead of accepting one default profile.