Alphabetical Reference
178
• There could be an internal emergency number (3333). This has to be
placed first. It does not conflict with the use of 3 as a first digit. Once
the user deviates from a sequence of 3’s, the search will find the other
entry. This entry is only required if it is desired to cancel forwarding and
DND to allow calls to be returned to the caller.
3333,S,,4,,,E, internal emergencies
• Refinements could be made to the public network entries as having
critical timing over such a range of lengths might be hard on a caller.
Also, only certain lengths actually exist. Nottingham’s local numbers
are typical of large UK cities; smaller cities would have 7 digits, while
London needs 9. Some of these entries are order sensitive.
– 9999,S,,4,,,E, traditional public emergency number
– 99,S,,8,,,, Nottingham local numbers
– 98,S,,8,,,, Nottingham local numbers
– 9112,S,,4,,,E, European standard emergency number
– 9118,S,,6,,,, Directory enquiries, although this would often be barred
by a PABX.
– 91XX,C,4,4,3,,, Special services, in theory, longer numbers can be
used, but there are none at present. Use of “C” will allow these with
changes to this plan.
– 900,S,13,20,3,,, International numbers
– 90,S, 11,12,3,,, National numbers
• Secondary dial tone might be wanted after the initial 9. In the initial
case, this can be done by changing the action from “S” to “SD1”. When
the more refined set of numbers are used, they would need to be pre-
ceded by:
9,CD1,1,1,,,, give dial tone after 9
• Feature codes starting with * and # might be useful. Studies similar to
that for the public numbers would be needed, but standard values
might be possible for a given server.
A private network replacement would need longer local numbers, possibly
with the leading digits being used to nominally identify the site. Examples
would add nothing to those above.
British public network usage would need entries similar to the ones used
to access the public network above, but removing the leading “9” (the ac-
cess code) and having one less digit. More discrimination on the interna-
tional numbers might be used.
The American public network uses a different technique for discriminating
between local and long distance numbers, so it might include:
• *,S,3,15,3,#,, feature codes, 1
• #,S,3,15,3,#,, feature codes, 2
• 911,S,,3,,,E, police
• X11,C,3,3,3,#,, special service numbers
• X1,S,,10,,#,,long distance, type 1
• X0,S,,10,,#,,long distance, type 2
• X,S,,7,,#,,local
This sequence is order critical, except that 911 could be moved higher.
Summary of Contents for HiPath 8000
Page 1: ...HiPath 8000 optiPoint 410 S V7 0 optiPoint 420 S V7 0 Administrator Manual ...
Page 114: ...Web Interface 114 Network IP and routing Network Addresses Æ page 57 ...
Page 115: ...Web Interface 115 SIP environment Configure System Information Æ page 61 ...
Page 116: ...Web Interface 116 SIP features SIP Features Æ page 64 Transfer on Ringing ...
Page 117: ...Web Interface 117 Quality of Service Quality of Service QoS Æ page 58 ...
Page 120: ...Web Interface 120 Time and date Configuring Date and Time Æ page 67 ...
Page 121: ...Web Interface 121 SNMP Use SNMP Æ page 92 Speech Change Speech Parameters Æ page 93 ...
Page 122: ...Web Interface 122 Ringer settings Configure Ringer Settings Æ page 94 ...
Page 124: ...Web Interface 124 Function keys Function Key assignments Æ page 74 ...
Page 126: ...Web Interface 126 Function key Select a function optiPoint 410 420 economy economy plus ...
Page 137: ...Web Interface 137 Address Book Address Book Æ page 162 WAP WAP Settings Æ page 81 ...
Page 141: ...Web Interface 141 RTP Statistics These parameters are used for development only ...
Page 142: ...Web Interface 142 QoS Data Collection These parameters are used for development only ...
Page 146: ...Web Interface 146 FPN Port Settings Only available in Web Interface ...