
Edge-to-Core Industrial Ethernet Solutions
Industrial Core Switches
• High performance platform supporting up to 4 10GbE ports
• Flexible media configuration with up to 52 multiple fiber connections
• Industrial-grade fanless design and 0 to 60°C temperature range
• Isolated redundant power inputs with universal 110/220 VAC power supply range
Moxa’s new ICS-G7000 series industrial core switches establish a reliable high-capacity backbone which supports converged video,
voice, and data services that increase network value. These switches excel in process automation and transportation applications. The
high-port-density full Gigabit core switches provide up to 4 10 Gigabit Ethernet (10GbE) ports and advanced Layer 3/Layer 2 intelligent
features to meet the performance requirements of large-scale industrial networks. The switches are packed with industrial features to
deliver a higher level of reliability and availability on your network backbone: fanless design, hot-swappable deployment, Turbo Ring,
Turbo Chain, and RSTP/STP network redundancy, redundant power inputs, as well as dual images for resilient rmware upgrades.
Up to 4 10GbE Ports
• High bandwidth capacity to
aggregate video, voice, and data
on one network
• Lower latency and 10 times the
bandwidth compared to a 1
Gigabit connection
• Compatible with existing ber
cable and TCP/IP applications
Multiple 10GbE Links
Aggregated for Higher
Bandwidth
Fanless, High Temp.
Tolerance
• Durable fanless design
for dust-free and virtually
maintenance free operations
• Increased reliability and stability
with 0 to 60°C operating
temperature range
Hot-swappable,
Redundant Design
• Hot swap media and power
modules for uninterrupted
service (modular models only)
• Turbo Ring, Turbo Chain,
and STP/RSTP redundant
technology for maximum system
uptime
• Two power inputs, making
possible the creation of a dual
redundant power system
Next Generation, High Performance
Core Networks with 10GbE Upgradeability
Core Layer
10GbE Redundant Ring
& Uplinks
Industrial Grade Non-stop ServiceHigh Performance
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