H3C WA6320S-E indoor placement type 802.11ax wireless access device
The H3C WA6320S-E wireless product is a new generation 802.11ax product independently developed by H3C Technology Co., Ltd. It adopts a dual band 802.11ax design and can be widely used in enterprises, schools, medical and other scenarios.
WA6300 currently has multiple products including WA6320S-E. WA6320S-E has a built-in smart antenna, supports dual band access, is compact and beautiful in appearance, and has flexible installation methods. It is suitable for various installation methods such as wall mounted, ceiling mounted, and 86 box.
Product Features
Excellent new generation 802.11ax technology design in the industry
The H3C WA6320S-E product adopts the excellent new generation 802.11ax protocol in the industry, with a dual band 3-channel design and a complete machine access rate of 1.175Gbps.
• Achieve intelligent cloud access and high-quality wireless network TCO
The WA6320S-E AP complies with the 802.11ax protocol standard and can provide access to two different frequency bands. Through built-in antenna coverage technology, it can effectively provide higher performance mobile cloud access services in terms of coverage range, access density, and stable operation, and assist users in achieving high-quality wireless network TCO (Total Cost of Ownership).
Support OFDMA technology (Orthogonal Frequency Division Multiple Access)
The WA6320S-E wireless access point product supports OFDMA technology, allowing APs to further segment wireless bandwidth and transmit data to multiple terminals using different subcarriers at the same time, reducing the delay caused by multi-user air interface resource conflicts and backoff in traditional protocols, and improving the user experience of low latency applications such as voice and video in multi-user scenarios.
Support spatial reuse technology
The WA6320S-E wireless access point product supports spatial multiplexing technology. By identifying non associated messages and controlling the adjustment of transmission power, the AP can improve the problem of co channel interference during multi-user use, and greatly improve the utilization of spectrum resources.
Support TWT technology (target wake-up time)
The WA6320S-E wireless access point product supports TWT technology, allowing APs to uniformly schedule the wake-up and sleep of terminals. This not only reduces conflicts between terminals, but also reduces unnecessary wake-up times, achieving the goal of energy conservation.
Green and low-carbon design
The WA6320S-E wireless access point adopts a professional green and low-carbon design, supporting dynamic MIMO power-saving mode (DMPS) and enhanced automatic power-saving transmission (E-APSD), intelligently identifying the actual performance requirements of terminals, rationalizing the allocation of terminal sleep queues, and dynamically adjusting MIMO working modes.
The WA6320S-E wireless access point supports Green AP mode, achieving single antenna standby and more precise energy saving.
The WA6320S-E wireless access point uses innovative packet by packet power control (PPC) technology to dynamically adjust the bidirectional power between AP devices and clients while ensuring successful message transmission, in order to reduce device energy consumption and extend mobile terminal standby time.
• Provide local forwarding function
When the WA6320S-E wireless access point (Fit mode) forwards through a wide area network, the wireless access device is deployed at the branch office, while the wireless controller is deployed at the headquarters. All user data is sent from the wireless access device to the wireless controller, which then forwards it centrally. The WA6320S-E wireless access point can directly convert data packets into wired format packets on wireless access devices, allowing data packets to be forwarded locally without passing through the wireless controller, greatly saving wired bandwidth.
• Supports IPv4/IPv6 dual stack (Native IPv6)
The WA6320S-E wireless access point fully supports IPv6 features, and the device implements IPv4/IPv6 dual protocol stack. Regardless of whether the original wired network is IPv4 or IPv6, it can automatically register with WX series controllers to provide WLAN services without becoming an information island in the network.
• Provide EAD wireless access
The End User Admission Domination (EAD) solution starts from the perspective of controlling the secure access of user terminals to the network. It integrates network access control and terminal security products, enforces enterprise security policies on user terminals accessing the network, and through linkage with security policy servers, can handle unqualified wireless clients infected with viruses or having system vulnerabilities through various methods such as offline, isolation, reminder, or monitoring. Only wireless clients that comply with the corresponding security policies are allowed to access the network normally, thereby improving the overall security of the wireless network.
• Support remote probe analysis
The WA6320S-E wireless access point supports serving as a sensor device for remote probe analysis. Each RF can intercept and capture Wi Fi messages within the coverage area, and real-time mirror them to local analysis devices for network administrators to troubleshoot and optimize analysis. The remote probe analysis function can perform non convergence mirroring on the working channel, as well as polling sampling on all channels, flexibly meeting the requirements of wireless network monitoring and operation.
• Built in RF Optimization Engine (ROE)
The WA6320S-E wireless access point is equipped with an RF Optimization Engine, which effectively enhances the application acceleration capability and quality assurance effect in high-density access, streaming media transmission and other scenarios in wireless deployment through feature and protocol based RF optimization. This includes multi-user fair scheduling, mixed access fairness, interference filtering, optimal speed, spectrum navigation, multicast enhancement (IPv4/IPv6), packet by packet power control, and intelligent bandwidth guarantee.
• Support intelligent load balancing
The WA6320S-E wireless access point supports a complex balancing method based on the number of access users and traffic. When the wireless controller detects that the load on the wireless access device exceeds the set threshold, it will automatically calculate whether there are lighter load wireless access devices available for the user to access. If there are, it will reject the user's association request and the user will switch to other lighter load wireless access devices. However, if the wireless user is not in the overlapping coverage area, traditional load balancing methods often lead to network disconnection and cause false balancing. H3C's innovative support for intelligent load balancing technology ensures that load balancing is only activated for wireless users in overlapping coverage areas, effectively avoiding the occurrence of false balancing and maximizing wireless network capacity.
• Supports Chinese SSIDs
The WA6320S-E wireless access point supports the use of Chinese SSIDs, which can specify SSIDs containing up to 16 Chinese characters or mixed Chinese and English SSIDs, providing greater convenience for domestic users.
• Fully support intelligent wired and wireless integrated management
H3C's entire series of wireless products can achieve WSM based wired and wireless integrated management through open network management protocols.
WSM is a wireless operation management component developed by H3C based on the next-generation business software platform iMC (Intelligence Management Center). It not only provides flexible component selection for administrators, but also conforms to the mainstream SOA architecture in the industry, has good scalability, and can meet the constantly evolving needs of customer network management. A web-based management system provides a simple and user-friendly management platform for wireless business managers. In conjunction with the iMC intelligent management platform and other components, it can also achieve functions such as panel management, fault management, performance monitoring, software version management, configuration file management, and access user management for wireless devices. It can also unify the management of other devices in the network, truly realizing intelligent wired and wireless integrated management.