Thermaltake Pacific SW1 Plus CPU Water Block, LGA 1700 / AM5 Compatible, 12 Addressable LEDs, Built-In Temperature Sensor, TT RGB Plus Software Control, Nickel

Thermaltake Pacific SW1 Plus CPU Water Block Description & Specifications:

The Thermaltake Pacific SW1 Plus CPU Water Block is designed for custom liquid cooling systems that need reliable thermal control and clean visual presentation. It supports modern CPU platforms while offering accurate temperature monitoring and controlled lighting through Thermaltake software.

Wide CPU Socket Compatibility:

This CPU water block supports Intel LGA 1700 and AMD AM5 sockets. It fits current-generation processors without the need for extra adapters. This makes it a suitable choice for new PC builds and platform upgrades.

Nickel-Plated Copper Base:

The base is made from high-quality copper with a nickel-plated finish. This helps with efficient heat transfer from the CPU to the cooling loop. The nickel coating also adds protection against corrosion over long-term use.

Built-In Temperature Sensor:

A built-in temperature sensor provides real-time CPU temperature readings. This allows users to monitor cooling performance more accurately. It helps identify thermal changes during heavy workloads or extended system use.

12 Addressable RGB LEDs:

The block features 12 addressable LEDs that can be customized individually. Lighting effects can be adjusted to match the rest of the system. This allows consistent lighting control across compatible Thermaltake components.

TT RGB Plus Software Control:

Lighting and monitoring are managed through TT RGB Plus software. The interface allows easy adjustment of effects, colors, and synchronization. It also helps keep system visuals organized without complicated setup steps.

Designed for Custom Water Cooling Loops:

This water block is made for custom loop configurations using standard fittings. It integrates smoothly with hard tube or soft tube setups. The design supports stable mounting and consistent coolant flow across the CPU surface.