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ISSI SRAM Reinvents the Data Core of Industrial Communication Modules

Industrial Communication Modules: Data-Hub Challenges in Harsh Environments  

Industrial communication modules sit at the heart of smart manufacturing, energy monitoring and traffic control, yet they must exchange data within milliseconds while exposed to high temperature, vibration and strong EMI. The mainstream architecture—“multi-core processor + real-time OS + high-speed memory”—puts the storage cell at center stage: a 1 µs delay can kill a control command. Traditional DRAM needs periodic refresh (typically every 64 ms) and risks data loss on sudden power loss or EMI; NOR Flash is non-volatile but limited to about 100 k erase cycles, making high-frequency logging impractical.

SRAM, built with a six-transistor bistable cell, delivers three breakthrough advantages:  

• Zero-latency R/W: no refresh circuit, 10 ns access (ten times faster than DRAM), guaranteeing real-time, non-blocking transfers for industrial buses such as Profinet and EtherCAT.  

• Unlimited endurance: no charge leakage, >10¹⁵ read/write cycles for ten years of continuous operation.  

• Hardened against interference: certified to 50 G shock and –40 °C to +85 °C, ready for factory floors and field stations.

16 M SRAM: the data engine for industrial communication

Inside industrial gateways and PLC modules, a 16 Mbit SRAM rewrites data-flow efficiency:  

• High-concurrency protocol handling: one chip can buffer 128 Ethernet frames (1 518 bytes each) or 4 000 Modbus registers, supporting multi-protocol parsing in parallel.  

• Real-time full-duplex buffer: 12.5 ns R/W enables “zero-wait” packet forwarding, cutting ring-network latency to <100 µs.  

• Energy-saving leap: 1.8 µA standby (1/20th of DRAM) plus PASR stretches battery life by 40 %.

In smart-grid differential protection, for example, 16 M SRAM stores current-transformer data and timestamps with nanosecond accuracy, locating faults within 20 ms and keeping false-trip rates below 0.001 %.

IS61WV102416EDBLL-10TLI: setting a new industrial-grade benchmark  

ISSI’s IS61WV102416EDBLL-10TLI 16 M SRAM raises every spec to automotive grade:

Parameter

IS61WV102416EDBLL-10TLI

Industrial Competitors

Advantage

Access Speed

10ns

15ns

50% higher throughput

Voltage Range

1.71V–1.89V

2.5V–3.3V

Direct lithium battery support

Vibration Resistance

50G certified

20G

Zero failure in shocks

ECC

Built-in single-bit correction

External chip required

90% lower bit error rate

Temperature Range

-40℃~85℃

-40℃~70℃

Withstands sterilization

The device uses TSOP-II and CMOS technology with proprietary signal boosters, suppressing 30 dB of EMI via differential data lines. Its wide-voltage core keeps timing stable across 1.8 V ±5 % swings. Inside an industrial communication module it serves three key roles:

• Protocol-stack acceleration: stores TCP/IP state machines and routing tables, cutting MPU interrupt load.  

• Security audit cache: logs device-access events and encrypted hand-shakes for post-mortem analysis.  

• Redundant data pool: dual-SRAM mirroring gives zero-delay fail-over.

Mandu, ISSI’s authorized distributor, delivers a full-lifecycle boost:  

• Exact fit: PCB-optimized layouts for NXP i.MX RT and TI Sitara processors.  

• Fast validation: samples in 48 h, plus –55 °C ↔ +125 °C thermal shock and 85 % humidity aging.  

• Production escort: Industrial-SRAM Soldering Guide plus signal-eye analysis cuts ramp-up time by 30 %.

To industrial developers: the inevitable logic for choosing ISSI SRAM  

As Industry 4.0 moves toward “deterministic networking,” IS61WV102416EDBLL-10TLI offers military-grade reliability, nanosecond response and microwatt power—making it the ultimate storage answer for industrial communication modules:

1. Lifetime zero maintenance: 10¹⁵ cycles match the 10-year service life; FIT rate <0.1 DPPM.  

2. Domestic-replacement benchmark: 25 % lower price and six-week stable lead time versus global brands.  

3. Seamless ecosystem: JEDEC-pin compatible, drivers for VxWorks and FreeRTOS, zero migration cost.

When 5G-connected factories demand <1 ms end-to-end latency and smart-grid differential protection needs 0.1 µs sync, ISSI 16 M SRAM delivers atomic-level data control—turning every bit of industrial data into deterministic transport. Choose ISSI and define the future boundary of industrial communication with uncompromising reliability!


About Mandu Technology

Shenzhen Mandu Technology Co., Ltd. has steadfastly centered its operations on the distribution of high-performance, high-quality, and highly reliable integrated circuit products. Its portfolio encompasses memory chips, differential crystal oscillators, and MCU microcontrollers, while progressively integrating analog signal chain products. The company prides itself on delivering comprehensive and cost-effective solutions to its customers. Its products find applications across a broad spectrum of industries, including but not limited to network communication, industrial control, robotics, medical equipment, personal health, and numerous other fields.

Business: sales@manduic.com

Website: www.manduic.com

Sales: +86 150-1290-5940