Cisco Aironet 350 Series 11Mbps DSSS Access Point
Mfg # AIR-AP352E2C
CDW # 271073
| UNSPSC 43222631
Quick tech specs
- 11Mbps DSSS Access Point with 128-bit WEP and two non-removable 2.2-dBi diversity dipole antennas
Know your gear
Enterprise-Class Performance and Functionality
The Cisco Aironet® 350 Series Access Point (AP) delivers a cost-effective, reliable, secure, and easily managed wireless LAN (WLAN) solution for enterprise, small, and medium-sized businesses. They deliver ease-of-deployment features, reducing the total cost of ownership for wireless deployments. They also combine industry-leading radio performance, range, and reliability with integrated network services for security, mobility, and management.
The AP is the center point in an all-wireless network or a connection point between a wired and wireless network. Multiple APs can be placed throughout a facility to provide users equipped with WLAN adapters the ability to move freely throughout an extended area while maintaining uninterrupted access to all network resources.
The 100-mW transmit power and receive sensitivity of the AP provides extended range and reliability. Antenna diversity and delay spread (multipath) characteristics deliver improved performance even in harsh environments such as warehouses, factories, and metal buildings. Administrators can also configure the radio transmit power (1, 5, 20, 30, 50, 100-mW) to meet the specific coverage requirements and minimize interference.
128-bit wired equivalent privacy (WEP) encryption security is included to provide data security that is comparable to traditional wired LANs. Cisco includes a complete set of device drivers to make installation trouble-free in a full range of systems. Easy-to-use site survey tools produce graphical information, including signal strength. To further facilitate installation, Cisco provides a suite of integrated utilities for Windows-based configuration, management and diagnostics.
All Cisco Aironet 350 Series APs feature enhanced infrastructure-based load-balancing services. Up to three APs, configured for different channels, can be co-located to achieve aggregate peak capacity of 33Mbps for a single coverage area. Load-balancing policies based on number of users, error rates, or signal strengths redistribute users to deliver more balanced collision domains, resulting in improved overall performance for deployments that contain a large number of users. Another scalability enhancement is the addition of broadcast and multicast filtering. This enables administrators to select the amount of such frames that enter the WLAN, conserving the shared bandwidth. Layer 3 IP Net and IP Socket filters are also provided.
The Aironet 350 Series APs support in-line power over Ethernet, which simplifies and reduces the total cost of installation and operation. This line power configuration is compatible with the IEEE 802.3af inline power draft standard and works with all Cisco line power-enabled devices such as Catalyst Switches and line power patch panels. An optional line power injector can also be used to power the Cisco Aironet 350 Series AP.
Key Features:
Complies with IEEE 802.3
Encryption: 128-bit WEP
Range at 1Mbps: 2000 ft. (460m) open environment; 350 ft (90m) office
Range at 11Mbps: 800 ft. (120m) open environment; 130 ft (30m) office
Radio transmit power: 1, 5, 20, 30, 50 or 100-mW
Antenna: Two non-removable 2.2-dBi diversity dipole antennas
The AP is the center point in an all-wireless network or a connection point between a wired and wireless network. Multiple APs can be placed throughout a facility to provide users equipped with WLAN adapters the ability to move freely throughout an extended area while maintaining uninterrupted access to all network resources.
The 100-mW transmit power and receive sensitivity of the AP provides extended range and reliability. Antenna diversity and delay spread (multipath) characteristics deliver improved performance even in harsh environments such as warehouses, factories, and metal buildings. Administrators can also configure the radio transmit power (1, 5, 20, 30, 50, 100-mW) to meet the specific coverage requirements and minimize interference.
128-bit wired equivalent privacy (WEP) encryption security is included to provide data security that is comparable to traditional wired LANs. Cisco includes a complete set of device drivers to make installation trouble-free in a full range of systems. Easy-to-use site survey tools produce graphical information, including signal strength. To further facilitate installation, Cisco provides a suite of integrated utilities for Windows-based configuration, management and diagnostics.
All Cisco Aironet 350 Series APs feature enhanced infrastructure-based load-balancing services. Up to three APs, configured for different channels, can be co-located to achieve aggregate peak capacity of 33Mbps for a single coverage area. Load-balancing policies based on number of users, error rates, or signal strengths redistribute users to deliver more balanced collision domains, resulting in improved overall performance for deployments that contain a large number of users. Another scalability enhancement is the addition of broadcast and multicast filtering. This enables administrators to select the amount of such frames that enter the WLAN, conserving the shared bandwidth. Layer 3 IP Net and IP Socket filters are also provided.
The Aironet 350 Series APs support in-line power over Ethernet, which simplifies and reduces the total cost of installation and operation. This line power configuration is compatible with the IEEE 802.3af inline power draft standard and works with all Cisco line power-enabled devices such as Catalyst Switches and line power patch panels. An optional line power injector can also be used to power the Cisco Aironet 350 Series AP.
Key Features:
Complies with IEEE 802.3
Encryption: 128-bit WEP
Range at 1Mbps: 2000 ft. (460m) open environment; 350 ft (90m) office
Range at 11Mbps: 800 ft. (120m) open environment; 130 ft (30m) office
Radio transmit power: 1, 5, 20, 30, 50 or 100-mW
Antenna: Two non-removable 2.2-dBi diversity dipole antennas