What to do if NEC Server has no calls in or out?
If your NEC Server isn't making or receiving calls, the issue could stem from the router or NEC configuration. Therefore, check both the router and NEC configurations. It may also be due to an unqualified IP address. In that case, note the WAN IP address and contact your provider.
Why does my NEC Server keep dropping calls?
Call dropping on your NEC Server may occur due to internet access issues, so you should call your internet access provider. It could also be caused by extreme latency on the LAN, so check the latency on your LAN. A further cause may be a SIP issue, in which case you should contact your provider.
How to fix NEC Server when no calls out?
If your NEC Server is unable to make outgoing calls, the cause may be related to the NEC configuration. Therefore, check the NEC configuration. It may also be due to an unqualified IP address. In that case, note the WAN IP address and contact your provider.
What to do if NEC Server has no incoming calls?
If your NEC Server isn't receiving incoming calls, the cause may be an issue with the NEC configuration, so check the NEC configuration. Alternatively, it might be due to an unqualified IP address; in that case, note the WAN IP address and contact your provider.
Why are parts of words missing on my NEC Server calls?
When parts of words are missing during calls on your NEC Server, it could be due to packet loss or latency on the LAN, so check the LAN. Alternatively, it may be caused by packet loss or latency on the WAN, so check with your internet access provider. It may also be a jitter buffer configuration issue, so check with NEC.
What causes echo on NEC Server calls?
Echo during calls on your NEC Server can be caused by excessive delay. Therefore, check the LAN and WAN for high latency. It can also be caused by an echo cancellation issue, so check the echo settings and/or consult Windstream.
Why is there static or hum on NEC Server phones?
Static or hum on phones connected to your NEC Server may be due to a power issue. If using AC power, check the power supply. This should not be an issue if using PoE (Power over Ethernet).
General| VoIP Support | Yes |
|---|---|
| TDM Support | Yes |
| Network Interfaces | Gigabit Ethernet |
| Supported Protocols | SIP, H.323, MGCP |
| Operating Temperature | 32°F to 104°F (0°C to 40°C) |
| Humidity | non-condensing |
Step-by-step guide for installing the InMail blade into the system.
Instructions for configuring the Automated Attendant to handle incoming external calls.
Details how Answer Tables determine Automated Attendant call handling based on time and day.
Explains how to set up automatic email notifications for new voice mail messages.
Guides on setting up notifications for new voice mail messages to telephones or pagers.
Explains the function of Routing Mailboxes in directing Automated Attendant calls.
Details the setup and features of Subscriber Mailboxes, the primary mailbox type.
Describes the process of resetting the InMail system to its default factory settings.
Covers the default InMail programming settings after system installation.
Lists the essential programs required to configure InMail for basic functionality.
Outlines programming options for ACD (Automatic Call Distribution) setup, specifically delay announcements.
Covers options for integrating voice mail with other system features like Park and Page.
Introduces system-wide InMail options that can be configured.
Configuration for Answer Tables, including overrides and default mailboxes.
Options for defining schedules for Answer Tables based on day of week, range, or date.
Defines the dialing options and actions available to callers within the Automated Attendant.
Configuration settings for the SMTP server and email account for notification delivery.
Step-by-step guide for installing the VM8000 InMail Utility software.
Process for reformatting and loading default prompts onto the InMail CompactFlash card.
To Next Page
