The All-In-One Liquid Cooling Platform for Elite Acoustics and Reliable Thermal Performance
Under identical testing parameters, the Ingrid Mainstream [Gen9] sits within a striking distance of our flagship Emma V2 [Gen8] with a 3°C variance, while delivering a more cost-effective and whisper-quiet operation. Whether for professional creators requiring absolute focus or PC gamers active at night, the Ingrid Mainstream [Gen9] is the ideal synergy of high thermal performance and exceptional value.
(Test Scenario: Intel Core Ultra 9 285K processor, CPU temperature comparison under a 300W thermal load at 22°C ambient temperature)
Structural Reorganization & Precision Acoustic Control
- Patent-Pending Pump and Impeller Assembly: At the core of Ingrid Mainstream [Gen9] is a newly engineered pump and impeller assembly, molded using a patent-pending new technology. This manufacturing breakthrough delivers significantly improved balance and reduced vibration, effectively eradicating coil whine and high-pitched resonance at the component level to maintain a safe official acoustic claim of 18-20 dB(A).
- Monolithic Stator Housing Design: The platform addresses acoustic performance through effective structural reorganization rather than relying on complex external dampening materials. By integrating the stator directly into a high-rigidity Monolithic Stator Housing profile that anchors rigidly onto the copper coldplate, the physical mass and structural stiffness of the pump are significantly increased. This direct mechanical coupling suppresses micro-vibrations and shifts operational resonance away from human-sensitive frequencies, minimizing system-wide resonance even when installed directly onto the motherboard.
- Acoustic Standards Verification: Engineered specifically for noise-sensitive gaming systems, professional workstations, and enterprise hardware, the platform is fully verified to meet strict ISO 3744 / ISO 3745 international noise testing standards, guaranteeing a low-noise user experience in real-world environments.
Cold Plate Efficiency & Thermal Management
- Next-Gen CPU Architecture Ready: Grounded in practical engineering and decades of thermal leadership, Asetek engineers work closely with silicon leaders like Intel and AMD to optimize internal thermal paths. The copper coldplate micro-channels are re-engineered to provide efficient thermal paths directly over primary CPU hot-spots, ensuring thermal stability under extreme overclocking loads of at least 400W.
- Low-Thermal-Resistance Copper Coldplate: Under aggressive high-wattage workloads, the internal layout of the coldplate micro-channels dictates the ultimate thermal ceiling. While fully complying with silicon partner Clamp Force testing standards to prevent mechanical warping under modern socket pressure, the micro-channel layout is optimized to shorten thermal paths and minimize resistance over primary CPU hot-spots.
- Smart Thermal Sensing Telemetry: The cooling block integrates an onboard liquid temperature sensor to monitor the actual thermal capacity of the coolant. If coolant temperatures rise above target, the system intelligently increases pump speed to compensate, dampening erratic, noisy fan ramp-ups caused by sudden CPU spikes. The real-time coolant temperature data can also be output to digital monitoring tools for enthusiast-grade telemetry and hardware integrations.
Integrated Retention & B2B Layout Flexibility
- Integrated Retention System: To optimize deployment, Asetek has condensed complex multi-step mounting mechanisms into an integrated retention system. With the mounting hardware pre-attached directly to the pump head, users can expect a streamlined 3-step installation process that significantly improves out-of-the-box usability.
- Silicon Partner Clamp Force Verification: Excessive mechanical pressure can inflict permanent damage on premium processors. Asetek’s coldplate is verified against Intel and AMD Clamp Force testing standards, ensuring optimal thermal contact while protecting the physical integrity of the CPU substrate under socket pressure.
- Modular B2B Layout Autonomy: Because Intel and AMD desktop architectures place their primary thermal zones differently, fixed fluid routing introduces performance trade-offs for integrators. The Ingrid Mainstream [Gen9] resolves this by offering OEM and System Integrator partners exclusive 3, 6, 9, and 12 o’clock fluid inlet rotations. Partners can independently configure tube orientations during factory assembly to fit custom chassis spaces while ensuring fluid dynamics remain practically optimized for specific platform layouts.
Sustainability & Green Engineering
- Eco-Friendly, Rare-Earth-Free Pump Design: The electromagnetic drive system utilizes premium inert, corrosion-resistant magnets, completely eliminating the need for rare-earth elements. This significantly enhances long-term material stability while advancing global product sustainability.
- Food-Grade, Non-Toxic Patented Coolant: The internal coolant is engineered from eco-friendly, non-toxic materials that meet food-grade safety standards. It is completely safe to handle and can be disposed of through standard household wastewater systems. The formulation complies with the world’s most stringent environmental and chemical standards, carrying full certifications for RoHS, REACH, California Prop 65, and Halogen-Free compliance.
Quality Assurance & Engineering Excellence
- Rigorous Manufacturing & Validated Packaging: Every single radiator undergoes a comprehensive high-temperature flush and cleaning cycle during assembly, with full traceability implemented across the entire production process. Prior to mass production, the deployment packaging undergoes rigorous reliability validation via CNAS-certified stress testing, ensuring the product remains perfectly secure and leak-free against extreme temperature fluctuations and pressure shifts during global transit.
- 50,000-Hour Uncompromised Operational Lifespan: Engineered with an ultra-low fluid evaporation rate and an advanced anti-clogging, anti-freeze, and anti-corrosion formula, the platform guarantees at least 50,000 hours of peak operational life. Thermal dissipation efficiency remains uncompromised and will not degrade over years of sustained operation. Furthermore, the platform is fully verified under IEC 62368-1 and UL 62368-1 international safety standards, delivering the ultimate peace of mind and long-term reliability for end-users.
| Sockets Supported | Value |
| AMD Sockets Supported | AM4, AM5 |
| Intel Sockets Supported | LGA 115x/1200, LGA 1700, LGA 1851 |
| Heat Exchanger | Value |
| Overall Dimensions | 360mm: 120 x 394 x 27mm 240mm: 120 x 273 x 27mm |
