Products

The AIR-AP-T-RAIL-F is a Cisco Meraki ceiling grid clip to attach access points to ceilings with flush tile. This donation includes one ceiling grid clip. See the official product specifications for the AIR-AP-T-RAIL-F at the Meraki website. Compatible Devices CW9172I Wireless Access Point (CW9172I) CW9178I Wireless Access Point (CW9178I) Obtaining Your Product When Connecting Up approves your request, you will receive a confirmation email from Connecting Up. When your product ships, you will receive a shipping notification from Meraki. You should receive your products within three weeks.

Exchange Reporter Plus is a web-based analysis and reporting solution for Microsoft Exchange Servers.

OS Deployer is a comprehensive OS deployment solution that enables organizations to capture an image of OS and applications that can be deployed to laptops and desktops rapidly and easily.

Advanced protection for cloud email, collaboration and storage, with proactive threat defense Protection for Microsoft 365 and Google Workspace applications against malware, spam or phishing attacks with ultimate zero-day threat defense and an easy-to-use cloud management console. Exchange Online and Gmail Protection Anti-Spam Anti-Phishing Anti-Malware Quarantine ESET Liveguard Advanced Protection for Onedrive for Business and Google Drive Anti-Malware Quarantine ESET Liveguard Advanced Protection for Sharepoint Online Anti-Malware Quarantine ESET Liveguard Advanced Protection For Teams Anti-Malware Quarantine ESET Liveguard Advanced Cloud Management Console

The 220 V ac Power Supply module converts alternating current (AC) into direct current (DC) and distributes power to the backplane and to all the modules in the chassis. Each module includes status indicators and a power connector. When using the 220 V ac Power Supply module, circuit protection must be supplied by the customer. In a redundant configuration, two Power Supply modules operate in a load-sharing mode to increase system reliability. This configuration ensures that as long as one Power Supply module is active, all other modules are fully powered. When two Power Supply modules are installed, each normally runs at one-half of its capacity. If one Power Supply module fails, the other module takes over completely.