IW-6300H-DC-A-K9

Overview Of IW-6300H-DC-A-K9

Introducing the Cisco Catalyst IW6300 Heavy Duty Access Point, designed for hazardous industrial environments seeking robust wireless connectivity. With 802.11ac Wave 2 technology, dual PoE+ outputs, and versatile power sources, this access point ensures seamless data delivery in extreme conditions. Ideal for mines, refineries, and factories, it boasts IP67 and Class I, Division/Zone 2 certifications, with customizable options like WirelessHART and GPS modules. The IW6300 operates at -40°C to +75°C, supporting critical IoT deployments and enabling real-time insights for enhanced productivity.
Enhance network security and scalability with the IW6300's encryption capabilities and multiple connectivity options. Benefit from its MIMO and beamforming technologies for optimized wireless performance. Manage power efficiently with PoE options and expand network functionality with additional modules. With Gigabit Ethernet support and rugged design, the IW6300 offers industrial-grade reliability for demanding environments. Stay ahead in Industry 4.0 with Cisco's cutting-edge access point, providing advanced features and unmatched resilience in the most challenging settings.

802.11ac Wave 2 Technology	High-speed wireless connections for data-intensive applications.
Dual PoE+ Outputs	Support for IoT sensors and peripherals with power efficiency.
IP67 and Class I, Division/Zone 2 Certifications	Ensure durability and safety in hazardous environments.
Customizable Module Options	Flexibility to add specialized modules like WirelessHART and GPS.
Temperature Range -40°C to +75°C	Operational reliability in extreme conditions.
Encryption Capabilities	Secure data transmission for heightened network protection.
MIMO and Beamforming Technologies	Optimized wireless performance and coverage.
Gigabit Ethernet Support	High-speed wired connectivity for efficient data transfer.
Rugged Design	Industrial-grade construction for reliability in harsh environments.
Expandable Modules	Scalability options for customized network expansion.