Premier NEC Voice Support and Maintenance


ProAction Networks is the United Kingdom's leading support vendor for the NEC 2000 IPS business telephone system, the NEC IPS DM branch telephone system, the NEC SV8100 business telephone system and the accompanying Zeacom Communications Centre application server. Based in Milton Keynes, Buckinghamshire and supporting, maintaining and serving 2000 IPS and SV8100 owners, administrators and users worldwide, ProAction Networks provide both ad-hoc support services and 24 hour, 365-day contractual support, warranty and maintenance. ProAction Networks, as a Cisco Certified Organisation with over a decade hands-on experience with the NEC 2000 IPS and SV8100 can also perform complete rebuild, restore and clean installation services for the NEC 2000 IPS, DM, SV8100 and Zeacom Server.


We are a fully accredited Cisco and Microsoft Partner - fully able to help with your Network, Server, Computer, Phone System and Web Presence. We partner with various other business to combine the complete range of business technology services. This includes datacentres for everything cloud-based, service providers for physical connectivity and hardware distributors to bring down costs.


Key Values


  • Collaboration - We believe everyone has something to contribute, no matter what their expertise - and we will try to harness your ideas to help you in the best possible way! Maybe you need just a nudge in the right direction, an entire solution or a little bit of both. We are here to help!
  • Professional Delivery - We strive to bring the best service delivery, from what you would expect from the infrastructure and experience of a large enterprise organisation, but with the personal touch of a small, young enterprise.
  • Innovation - We aim to think out of the box. We help you identify the alternatives, add our best opinion and help you move forward. With a wide array of backgrounds - in internet, business telecommunications, information technology and design - we can throw it all into the pot! When you have been told 'it cannot be done', ProAction Networks can do it!
  • Openness - We will tell you when we don't know, when we are wrong and when we believe we are right.
  • Mutual Dependancy - Hey! We would not be here if it not for happy customers! We like to reflect that in our work and make all our customers feel that could not live without them!

The Right Support Contract For You


ProAction Networks offer 2 types of NEC & Zeacom support contract.


Our 'traditional' contract is similar to that of most telephone companies. It is based on 12% of the original cost of the hardware. This contract is sold in 6-month segments with no minimum term to limit your exposure and assure you, the customer that we are serious about keeping you happy. If we do not perform, you do not have to remain a customer!


Within that 12% annual cost, you get a full warranty on all audited equipment. Should you experience a malfunction or some equipment fails, we will deliver, replace and reprogram - free of charge. We carry all equipment in stock and available immediately.

Alongside the warranty, we provide 24 hour, 365 day-a-year support. Your account manager is your engineer and you will have constant direct access to him or her via email, mobile and support desk.


Alternatively, we offer a Per Seat maintenance contract.


Many NEC 2000 IPS and Zeacom owners invested heavily in their systems many years ago, and in many cases their staff and premises have changed along the way. We do not insist you pay to maintain the 50% of a system which is not in use! You may have a system that is architectually over-powered but is still worth utilising and maintaining. For this reason, we offer this per-seat maintenance contact.


You get to choose which contract is right for you - which may simply be whichever is cheapest

Zeacom Communications Centre for Unified Voice Messaging


Most NEC NEAX 2000 IPS or IVS telephone systems will also have an accompanying application server in some shape or form to add lots of bells and whistles to the entire telephony system. At it's most basic, it may provide a voicemail system or operator console. However, an accompanying application server can scale upwards to include a huge array of services.


The NEC 2000 IPS is regarded by many as a fairly old-school enterprise phone system - and as a result, rather than try to utilise any of the NEC functions for Voicemail, Uniform Call Distribution (UCD) or Computer Integration (CTI), most customers in the UK, and indeed throughout New Zealand, Australia and the USA aquired a Zeacom Communications Center as well.


In the UK there were only really three options if you wanted voicemail for the NEC IPS - that was to either by an AD8 voicemail card, which was essentially a linux-based PC on a card, with a 2.5" hard drive - very unreliable (spinning hard drive without any form of redundancy) and not very management-friendly. Secondly there was the option of NEC or Philips' own voicemail and CTI applications, and lastly you could use the Zeacom.


Zeacom products were originally called Corus (for voicemail) and Q-Master (for call/contact centre) - and somewhere in the middle was CTI and it's associated applications. More recently, Zeacom rebranded their extensive product portfolio as the Zeacom Communication Center (sic) - which encompasses everything they provide in one neat portfolio. The most popular parts that make up any Zeacom installation include Console, Desktop, Voicemail, Reports and Wallboard.


Zeacom applications reside on a seperate Windows-based server and controlled the PBX using an NEC feature called OAI (Open Application Interface) - essentially a closed developer protocol to control the phone system. This OAI protocol could either be sent via RS232 or more commonly via a TCP/IP network. There would also sometimes be analogue connections between the Zeacom server and the PBX to send and recieve voice recordings, although more recently this is done via VoIP.


A Call Center is possibly the 2nd most likely component of an appication server - many providing full multimedia, networked call center solution with comprehensive management, reporting, live statistics, IVR, Auto Attendants, Callback, Web and Chat modules - the list is almost endless.


The OAI interface is probably Zeacom's greatest weapon, as it allows full control and oversight of the phone system - the server can report everything that is going on back to the end user, control devices and fully manage the NEC 2000 IPS live. This enables certain software programs, like Desktop for the standard user and Console for the operator to show a huge array of live information - such as who is at their desks, who is out of the office, who is on the phone, what calls are in the queue, how many people are on hold and so on.


If you have any specific problems with your Zeacom solve which you simply cannot resolve, then please get in touch.


Zeacom Communications Centre for Contact Centre


Most NEC NEAX 2000 IPS or IVS telephone systems will also have an accompanying application server in some shape or form to add lots of bells and whistles to the entire telephony system. At it's most basic, it may provide a voicemail system or operator console. However, an accompanying application server can scale upwards to include a huge array of services.


The NEC 2000 IPS is regarded by many as a fairly old-school enterprise phone system - and as a result, rather than try to utilise any of the NEC functions for Voicemail, Uniform Call Distribution (UCD) or Computer Integration (CTI), most customers in the UK, and indeed throughout New Zealand, Australia and the USA aquired a Zeacom Communications Center as well.


In the UK there were only really three options if you wanted voicemail for the NEC IPS - that was to either by an AD8 voicemail card, which was essentially a linux-based PC on a card, with a 2.5" hard drive - very unreliable (spinning hard drive without any form of redundancy) and not very management-friendly. Secondly there was the option of NEC or Philips' own voicemail and CTI applications, and lastly you could use the Zeacom.


Zeacom products were originally called Corus (for voicemail) and Q-Master (for call/contact centre) - and somewhere in the middle was CTI and it's associated applications. More recently, Zeacom rebranded their extensive product portfolio as the Zeacom Communication Center (sic) - which encompasses everything they provide in one neat portfolio. The most popular parts that make up any Zeacom installation include Console, Desktop, Voicemail, Reports and Wallboard.


Zeacom applications reside on a seperate Windows-based server and controlled the PBX using an NEC feature called OAI (Open Application Interface) - essentially a closed developer protocol to control the phone system. This OAI protocol could either be sent via RS232 or more commonly via a TCP/IP network. There would also sometimes be analogue connections between the Zeacom server and the PBX to send and recieve voice recordings, although more recently this is done via VoIP.


A Call Center is possibly the 2nd most likely component of an appication server - many providing full multimedia, networked call center solution with comprehensive management, reporting, live statistics, IVR, Auto Attendants, Callback, Web and Chat modules - the list is almost endless.


The OAI interface is probably Zeacom's greatest weapon, as it allows full control and oversight of the phone system - the server can report everything that is going on back to the end user, control devices and fully manage the NEC 2000 IPS live. This enables certain software programs, like Desktop for the standard user and Console for the operator to show a huge array of live information - such as who is at their desks, who is out of the office, who is on the phone, what calls are in the queue, how many people are on hold and so on.


If you have any specific problems with your Zeacom solve which you simply cannot resolve, then please get in touch.


The Rich Presence functionality in Zeacom Communications Center (ZCC) provides employees with a bird's eye view of the whereabouts of their colleagues –providing real-time information on staff availability, regardless of their location. Rich Presence is one of five key functionality sets that are part of the ZCC Unified Communications solution. ZCC will enable your organization to become more efficient and productive, by improving communications with customers, colleagues, suppliers and business partners.


Make First-Call Resolution a Reality It's frustrating for your customers if their calls can't be resolved straight away, and they need to leave a message or are informed that somebody will be in touch shortly. But delayed responses affect your organization even more – in terms of double-handling, additional costs and possibly even lost business. So wouldn't it be handy if when a call comes in – and it requires a transfer – it is always re-directed to staff who are actually available, at their desk or on their mobile? Your ability to quickly link a customer to the company 'expert', to close a sales call or resolve an inquiry, can make all the difference between a satisfied customer and a disgruntled one. ZCC Rich Presence makes first-call resolution a reality, not only for external interactions but also for internal calls. It will enable your employees to make direct contact when they call one of their colleagues, every time. Introduce Rich Presence and you'll eliminate voice mail jail, reduce frustrations, and save time across the entire enterprise – whenever a phone call successfully connects to a real person.


Key Benefits


With Rich Presence, you have instant access to information about your colleagues' availability, allowing you to make contact the first time you call. Need to find someone urgently? Presence can tell you where they are, what meeting they are in and when they are due back. If somebody walks away from their desk, their icon will show that they are no longer there. In that case you can be notified immediately upon their return, making voice mail jail a thing of the past.

You'll also find that Presence is an integral part of other key Unified Communications functionality. For example, your console operator or receptionist needs to easily and quickly transfer calls, and will appreciate the fact that their intuitive application is combined with the visibility of everybody's whereabouts.


If knowledge workers wish to organize an ad hoc conference call with colleagues in other parts of the world, they will only click on icons of co-workers who are actually at their desk.


Executives will only need a single phone number to always be contactable. ZCC will transfer calls to the office phone automatically to their mobile, as soon as they're away from their desk. And when they're traveling, they can use Presence to see on the mobile which of their 'buddies' is active at their desk, before they call the office.


Check whether colleagues are at their desk, and see when they are due back.


The entire organization will benefit:


  • Make quicker business decisions
  • Eliminate the frustration of delayed communications
  • Become more responsive through real-time communications and first-call resolution
  • Reduce voice mail jail and avoid wasting time
  • Improve efficiency and productivity
  • Features


  • View the status of all other users within the organization (eg 'In the Office')
  • Show users' availability (eg 'At my Desk')
  • See the subject of users' Calendar appointments (eg 'Weekly Sales Meeting')
  • See the 'Expected Time of Return'
  • See at a glance if someone is on an inbound, outbound, or conference call
  • Request a screenpop return notification, when a user gets off the phone / returns to the desk
  • See if users are online for IM (eg Skype)
  • Dial with a click of the mouse
  • Monitor levels of staff activity through Presence Reporting
  • Cheats, Guides and Quick Tips!

    Archive

    Posts Tagged ‘serial’

    Adding A Modem to a CP31 CPU

    January 5th, 2010 godlike No comments

    The CP31 processor originally did not have a modem built in. Later revisions incorporated a modem, but for those with a CP31A, the lack of modem hampers remote support or emergency access requirements.

    It is possible, however, to connect an external modem to the serial port of the CPU and use this to provide remote access into the CPU. Please note that the external modem must be programmable to setup auto answer – most serial modems have this function and can be programmed using a Null modem cable, connected to a computer with hyperterminal. Compatible modems include Mr Modem modems or US Robotics serial modems.

    Equipment used:

  • Mr Modem model number: – MRI-1456 EVS –serial external modem
  • CP-31 Main processor wit 6.2 ver. 3.00 software load RS NORM- 4S CA-A NR-553924-107
  • Programming requirements:

  • 1) On the Modem you need to put the following Modem string ATS0=2 this is an auto answer string. This is a Auto Answer string that answer after 2 Rings
  • 2) On the NEAX CP-31 main processor the comm. Port needs to be set to 9600 bps .This is achieved by the following command
    CMD 40 Y=08 FD= 0 SD = CCC OR 4 (By setting CCC this sets the default setting which is 9600 bps)
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    Extended SMDR (Call Logging) on the NEC NEAX IPS 2000

    January 4th, 2009 alexanders No comments

    Switching between former and extended SMDR formats!

    There are two types of SMDR output (the data stream that comes out of your serial or ethernet port on the NEC 2000 IPS that usually goes into a call logging / management system to tell you what calls have been made or recieved and for how long etc. The former is the ‘usual’ format, but the extended gives some additional information, like inbound call abandonment time.

    To switch between the two (and you must have Series 3400 firmware on the CPU to do this), you use command 04, and First Data 07 for SMDR over RS-232 and 08 for over IP. The structure is CM04> 07 (or 08 if you’re doing call logging over IP) : then 00 for Extended Format and 15 for Former Format.

    OFD Restore Procedure – NEAX 2000 IPS

    December 3rd, 2008 alexanders No comments

    Procedure To Safely Restore An OFD

    What is an OFD?

    It’s a file, which MATWorX can generate, which is essentially a listup of all the command data in your 2000 IPS. You can generate an OFD by going into MATWorX and selecting the Save/Load/Verify from the Menus.

    When Can I Generate An OFD?

    You’re supposed to do it offiline (rotary switch in position 2, system reset) and via a Serial connection. If you switch it to 19200 baud, it should take less than 20 minutes, depending on how much data is on the system. MATWorX will let you generate an OFD whilst in ONLINE mode, but it’s not recommended because certain parts of the programming may be in use, or be changed whilst the generation is occuring, thus providing you with corrupt data. You can also generate an OFD over serial or modem cable – however for some reason it suggests it will often take hours, and I wouldn’t trust the outcome!

    Why Would I Generate An OFD?

    You may simply want a routine backup of all your PBX programming. You may be making lots of changes, which will require a save to ROM and therefore not be un-do-able, and want a get-out-of-jail-free card. If you’re performing an MP firmware upgrade, then you WANT to take an OFD incase it all goes pear shaped.

    Things To Know

    Once you have taken your OFD (which will usually be a few hundred kilobytes), you can then use it to restore to another, or the same processor. It’s also generally accepted that you clear down all the data on the system (also rotary 2, reset, serial connection, CM00, 1, CCC).

    You apply the OFD in the same place you generated it, except under the LOAD section. You can also verify an OFD to see if it’s all good using…….verify!! Again, only load an OFD when in offline mode.

    Once loaded here are some pointers:

    Do an EC6/backup to ROM BEFORE you reset the PBX. I think the system automatically backs the new data up to ROM when the OFD restore finishes, but do it again to be sure.

    Then, still in offline mode, do an Office Data Conversion using command CM00>90:0. If you have upgraded the firmware on the CPU, this will ensure that any commands which have been replaced or superceded will be migrated to the new ones.

    ROM again

    Check and Change the time(it’ll reset).

    Test both an IP and TDM phone – the Dial tone/Hold/Ring etc maybe different, if so, you will need to go over and check your tone commands, and possibly, upload specific tone firmware onto your MP. I know in the UK we sometimes mistakenly (those silly boys!) were given Dutch firmware with different tones, which we had to manually over-write. DTG files must be loaded using an MP download with rotary switch on 8.

    You can also run in MACH editor a dial tone conversion script (if you have one) – changes won’t occur til you ROM and reset).

    IP phones tone may need to be changed manually. On modern firmware IP phones, you have a hidden menu where you have to set the Region to the local country tone. There also were some commands, I think to set it system wide – but I don’t know for sure.

    To change to UK dial tone do doing the following (on an IP phone):

    Hold, Transfer, *, #

    Hold, #, 0

    look for menu 3 Area ID

    when in Area ID, enter 8# until Uk is displayed.

    Save change and wait until phone boots up

    Check dial of IP phone.
    If everything checks out the create another OFD as a backup. Well done!

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    Enable SMDR Call Logging – NEC NEAX 2000 IPS

    November 30th, 2008 alexanders No comments

    SMDR Overview

    The Station Message Detail Recording (SMDR) feature allows the system to send a raw data of the trunk outgoing/incoming call information. The SMDR data can be received by a personal computer (PC) which is running RS-232C terminal emulation software. ( This is referred to in the rest of this TIB as simply “SMDR terminal”) The NEAX 2000 IVS provides two sources of SMDR output – one is via the Main Processor (MP) built-in SMDR, and the other is the SMDR via the Application Processor (AP00).

    Call information is sent out from the MP or AP00 to the SMDR terminal when each call is completed. If the SMDR terminal is not connected to the system or if the SMDR terminal is not ready for receiving information, the call information is temporarily stored in the MP or AP00. As soon as the SMDR terminal becomes ready to receive information, the call information temporarily stored in the MP or AP00 is sent out to the SMDR terminal.

    MP Built-in SMDR

    The Built-in SMDR consists of the MP and the external SMDR terminal.

    • MP card:The MP stores various kinds of information on an event basis. When a call is completed, the MP sends out the call information for that specific call to the SMDR terminal. Two RS-232C ports can be used for the SMDR terminal interface. The MP keeps supervising the status of the SMDR terminal. If the SMDR terminal is not ready to receive information (Busy Status), the MP temporarily stores the call information into its internal memory. When the number of the call records stored in the MP reaches the maximum, new call records will be lost. Note: the call record memory will be cleared by MP reset.

    • SMDR Terminal: An Asynchronous Personal Computer is used as the SMDR terminal for receiving and processing the call information. The maximum number of SMDR terminal is two.

    SYSTEM CAPACITY

    (1) MP Built-in SMDR:

    # The maximum number of trunk calls simultaneously: No EXPMEM card on MP provided: 64 trunk calls, EXPMEM card on MP provided: 255 trunk calls.
    # The maximum of call recorded: No EXPMEM card on MP provided: 256 call recorded, EXPMEM card on MP provided: 1024 call recorded.

    SMDR terminal Programming

    Command FD SD

    4000 0 or 1 14 (This sets port 0 or 1 to output SMDR, note: if you set port 1 to SMDR inbuilt modem cannot be used!!!!!)
    4001 *0 or 1 1 (Default) – Data length 8 bits
    4002 *0 or 1 1 (Default) – Parity check ineffective
    4003 *0 or 1 1 (Default) – Parity odd
    4004 *0 or 1 0 – 1 Stop bit
    4008 *0 or 1 4 – 9600 Data speed

    Additonal commands:

    1306 – Provide SMDR for station
    3514 – Provide SMDR for trunk route
    1305 – Provide incoming SMDR per extn
    3549 – Provide incoming SMDR per Trunk Route
    CM08, FD:426 SD:0 Effective for all incoming calls
    CM08 FD:463 DS:0 Send CLI to SMDR terminal

    To test the output from the main processor after the above programming connect the SMDR cable between the comm. Port on your PC and the Main Processor. Run Hyper Terminal or a similar application set the comm. Port as : 9600 8 none 1 and you should get the following output after several successful calls:

    0!KE030027001810 10311157421031115815 000030 00000 0!KE030026001811 10311157561031115824 00003000001908690888 0 0!KA03003400120210311157421031115824 0000300301620292047744000000 0!KA030055001216 1031114940103111583800003003016201753822921 0000 00!KE030026001402 10311158241031115900 10003000001908690888 0 0!KE030025001810 10311155131031115921 000030 000012528202550 0!KA061250001810 10311155381031115921 000061061711 0000 0 0!KE0300
    26001811 10311159121031115929 00003000001512366600 0

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