Optional Setting The Maximum Number Of Access Users For Mac
Their default values, and how they are applied is a key in Exchange Online where they are used to protect connectivity to the online mailboxes. These policies can be applied per user – so a service account can be granted a unique policy apart from other mailbox users in your organization. The Exchange team had a. Note policy settings can be configured separately for the following common development protocols (amongst others): MAPI (policies abbreviated with “RCA” for RPC Client Access as noted by ), Exchange Web Services, Exchange ActiveSync. There are four basic kinds of settings for each protocol governed by the these policies: MaxConcurrency, PercentTimeInCAS, PercentTimeInAD, and PercentTimeInMailboxRPC. Exchange Web Services also has a couple unique settings for EWSFastSearchTimeoutInSeconds, EWSFindCountLimit, and EWSMaxSubscriptions.
- But if number defined in MaxClients is less which is 200 here, then this means that after 8 child processes, no extra process will start since we have defined an upper cap of MaxClients. This also means that if I set MaxClients to 1000, after 16 child processes and 400 connections, no extra process will start and we cannot service more than 400 concurrent clients even if we have increase the MaxClient parameter.
- Complete the following fields: Hot Desk User, Device Type, Auxiliary Module, Prime Directory Number, User PIN fields (if Hot Desk User), External Hot Desk fields (if required), ACD Enabled, Interconnect Number, Maximum Call History Records, MAC address (optional), Tenant Number, and Lock Default Configuration.
Mbp 1.20 for macbook pro. You can read more about these settings in the documentation for, here’s a list of the EWS policies from that documentation: EWSFastSearchTimeoutInSeconds The EWSFastSearchTimeoutInSeconds parameter specifies the amount of time that searches made using Exchange Web Services continue before they time out. If the search takes more than the time indicated by the policy value, the search stops and an error is returned.
There is however a limit to the number of connections you can have at one time. For OS X Tiger client, I believe there is a limit of ten unique users that can be logged in at once. For Tiger Server, there is the ten user version which allows ten unique users but unlimited numbers _of_ those users, and of course the $1k unlimited version.
Optional Setting The Maximum Number Of Access Users For Mac
The default value of this setting is 60 seconds. EWSFindCountLimit The EWSFindCountLimit parameter specifies the maximum result size of FindItem or FindFolder calls that can exist in memory on the Client Access server at the same time for this user in this current process. If an attempt is made to find more items or folders than your policy limit allows, an error is returned. However, the limit isn't strictly enforced if the call is made within the context of an indexed page view. Specifically, in this scenario, the search results are truncated to include the number of items and folders that fit within the policy limit. You can then continue paging into your results set via further FindItem or FindFolder calls. EWSMaxConcurrency The EWSMaxConcurrency parameter specifies how many concurrent connections an Exchange Web Services user can have against an Exchange server at one time.
A connection is held from the moment a request is received until a response is sent in its entirety to the requestor. If users attempt to make more concurrent requests than their policy allows, the new connection attempt fails. However, the existing connections remain valid.
The EWSMaxConcurrency parameter has a valid range from 0 through 100 inclusive. To indicate that the number of concurrent connections should be unthrottled (no limit), this value should be set to $null. EWSMaxSubscriptions The EWSMaxSubscriptions parameter specifies the maximum number of active push and pull subscriptions that a user can have on a specific Client Access server at the same time. If a user tries to create more subscriptions than the configured maximum, the subscription fails, and an event is logged in Event Viewer.
EWSPercentTimeInAD The EWSPercentTimeInAD parameter specifies the percentage of a minute that an Exchange Web Services user can spend executing LDAP requests (PercentTimeInAD). A value of 100 indicates that for every one-minute window, the user can spend 60 seconds of that time consuming the resource in question.
EWSPercentTimeInCAS The EWSPercentTimeInCAS parameter specifies the percentage of a minute that an Exchange Web Services user can spend executing Client Access server code (PercentTimeInCAS). A value of 100 indicates that for every one-minute window, the user can spend 60 seconds of that time consuming the resource in question.
EWSPercentTimeInMailboxRPC The EWSPercentTimeInMailboxRPC parameter specifies the percentage of a minute that an Exchange Web Services user can spend executing mailbox RPC requests (PercentTimeInMailboxRPC). A value of 100 indicates that for every one-minute window, the user can spend 60 seconds of that time consuming the resource in question. If your application gets throttled you may see one of the following response codes come back from Exchange (documented on MSDN). If you think your application is getting throttled by Exchange you can look at the on your client access server to confirm and get detailed throttling information related to each request. ErrorExceededConnectionCount This error -iIndicates that there are more concurrent requests against the server than are allowed by a user's policy.
ErrorExceededSubscriptionCount This error indicates that a user's throttling policy maximum subscription count has been exceeded. ErrorExceededFindCountLimit This error indicates that a search operation call has exceeded the total number of items that can be returned.
ErrorServerBusy This error occurs when the server is busy.
Note: Triple-radio APs (including the MR18, MR26, and MR34) don't use their third radio for client traffic, so their theoretical client limit is similar to the dual-radio APs. Coverage/throughput requirements - Based on the amount of throughput required by each client device, the client spread around the access point, and the available backhaul bandwidth, there may be a physical limitation to the number of clients that can be supported and delivered with an 'acceptable' wireless Quality of Service that is independent of the wireless AP's performance.
Application requirements - The spread of applications running across a wireless AP will also affect the maximum number of clients that can be supported simultaneously. For example, if all clients are running high throughput applications such as HD video streaming, a lesser number of clients will be supported as compared to when all clients are surfing the web.