HXW INDUSTRIAL 4GB/8GB/16GB/32GB UDIMM DDR4 2400MHZ

HXW Industrial DDR4 UDIMM 2400MHz delivers deterministic performance for mission-critical desktop systems in harsh environments. Engineered for extended temperature resilience (-40°C to 95°C) and 24/7 continuous operation, it features vibration-resistant construction, rigorous ECC validation, and ultra-low latency essential for industrial automation, embedded controls, and medical equipment. With capacities up to 32GB and legacy DDR3 compatibility, it ensures stable data throughput under extreme electrical noise and thermal stress.

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HXW 4GB/8GB UDIMM DDR4 2400MHZ

Model	DDR4
Capacity	4GB, 8GB
Type	Notebook memory
Packaging	Single Memory
Memory Type	ValueRam Memory
Speed	2400 MHz
Voltage	1.2V, 1.35V (XMP)
Interface	JEDEC DDR4
CL	17/16	19	16/17/22
Bandwidth	19200 Mbps
Working temperature	-40°C to 95°C
Application field	Tablets, laptops
Capacity	4GB, 8GB

How HXW 4GB/8GB UDIMM DDR4 2400MHz RAM Boosts Multitasking and Productivity

1. Enhanced Parallel Processing

HXW's industrial-grade DDR4 modules leverage 2400MHz clock speeds and optimized prefetch buffers to process concurrent tasks efficiently. This reduces CPU wait states by up to 40% compared to DDR3, enabling seamless operation of SCADA systems, real-time monitoring tools, and production databases simultaneously without throttling.

2. Deterministic Data Throughput

Engineered with strict signal integrity validation (-40°C to 95°C), these modules maintain consistent 19.2GB/s bandwidth under voltage fluctuations (±5%). This ensures uninterrupted data flow for PLCs, HMI interfaces, and vision systems, eliminating I/O bottlenecks in automated assembly lines.

3. Error-Resilient Workload Management

Featuring on-die ECC and CRC protection, HXW RAM detects/corrects bit errors during high-stress operations. Testing shows 99.999% data accuracy during 72-hour continuous multi-threaded workloads, critical for medical imaging systems and CNC control units where crashes are unacceptable.

4. Legacy System Optimization

Backward-compatible DDR4 architecture allows 32% faster context switching than DDR3 in industrial PCs. When upgrading legacy machinery, users report 22% shorter cycle times in robotic arms and 15% faster batch processing in semiconductor testers due to reduced memory latency (CL17).