Mail to: confed@cnnic.net.cn

[#: Member's IP Addresses Request Form-IP Request Form V1.0]

acct-name: CNNIC-CN
netname:
descr:
descr:
host-bits:
country: CN
connectivity:
conn-provider:
all-0s-subnets:
all-1s-subnets:
supernets:
subnets:
portable: NO
cust-network:
cust-network:
infrastructure:
infrastructure:
network-plan:
network-plan:
Additional Comments:

[#: END]

1. Usage of IP address request form (IP Request Form):
   
   The IP Request Form is used to prove whether the quantity of address requested by member is in conformity to the actual conditions or not. CNNIC will make careful verification on the Request Form. If the quantity of address requested by member is more than the "CNNIC allocation window", then CNNIC will submit the form to ANPIC for its verification.
   
   Attention:
   The form must be filled in English.
2. Description on details of filling-in for IP Request Form:
• ACCT-NAME: CNNIC-CN
  
  Description:
  With APNIC account number given, here CNNIC-CN is filled in.
  NETNAME:
  
  Description:
  The abbreviation of the name of your network. This name will be stored in the database hereafter, to indicate your network. The number of character is less than 25. Moreover they are all in Capital form, without blank space intermediately.
  Sample example:
  netname: CSTNET
  
  
• DESCR:
  Description:
  Please use multi-lines of DESCR item (not more than 5 lines), to give the full name and address of your unit.
  Sample example:
  descr: China Science of Technology Network
  descr: No.4, Zhongguancun No.4 South Street, Haidian District, Beijing
  
  
• Host-bits:
  Description:
  The IP address quantity the user unit believes to be reachable one year after is filled in with this item in the form of host-bits. For example, filling in 8 indicates that the member unit believes the IP address quantity to be 2^8-2=254 one year after. The reason for -2 is because the address with all 0 and the address with all 1 can not be used for the allocation. When one numeral can not indicate the quantity demanded, multiple numerals can be used for the indication. For example: host: 13+14 indicates 96C.
  
  
• COUNTRY: CN
  Description:
  Country code is given.
  
  
• CONNECTIVITY:
  Description:
  As for how you are connected into the Internet, you can fill in the several kinds as follows: SERVICE-PROVIDER (ISP type), PEERING-POINT (exchange center type), OTHER (other). If you are both of ISP and exchange center, please use two lines of COONECTIVITY for its description.
  Sample example:
  connectivity: SERVICE-PROVIDER
  
  
• CONN-PROVIDER:
  Description:
  The name of your upstream ISP is given. Namely, from where are you access the INTERNET? If you are of the type of exchange center, it is necessary for you to provide the network name of PEER in relation to you.
  In addition, if you are of the type of network with multiple exits, please use multiple lines of CONN-PROVIDER to give the upstream ISP names.
  Sample example:
  conn-provider: SPRINT
  conn-provider: CHINANET
  conn-provider: CERNET
  conn-provider: GBNET
  
  
• ALL-0S-SUBNETS:
  Description:
  If the network can support the sub-network of all 1, then YES is filled in. If it can not support the sub-network of all 1, then NO is filled in, but under such conditions, the explanation of the reason is needed in the item "Additional Comments".
  Sample example:
  all-0s-subnets: YES
  
  
• ALL-1S-SUBNETS:
  Description:
  If the network can support the super-network (super-network means that multiple adjoining sub-networks can be expressed by the sole route item in the router in a concentrate way, with its main purpose to reduce the size for the route table), then YES is filled in. If it can not support the super-network, then NO is filled in., but under such conditions, the explanation of the reason is needed in the item "Additional Comments".
  Sample example:
  all-1s-subnets: YES
  
  
• SUPERNETS:
  Description:
  If the network can support the super-network (super-network means that multiple adjoining sub-networks can be expressed by the sole route item in the router in a concentrate way, with its main purpose to reduce the size for the route table), then YES is filled in. If it can not support the super-network, then NO is filled in., but under such conditions, the explanation of the reason is needed in the item "Additional Comments".
  Sample example:
  supernets: YES
  
  
• SUBNETS:
  Description:
  If the network can support the sub-network division (sub-network division means that the various parts of one single route's prefix can divide the route), then YES is filled in. If it can not support the route, NO is filled, but under such conditions, the explanation of the reason is needed in the item "Additional Comments". Generally, Yes is filled in for this item.
  Sample example:
  subnets: YES
  
  
• PORTABLE: NO
  Description:
  Whether you agree with your customer to return the address you allocate to him or not, when your customer does not access the INTERNET from your network? CNNIC does not allow the terminal customer to bring the address, therefore PORTABLE: NO.
• CUST-NETWORK:
  Description:
  cust-network is used to describe the IP address section you allocate to your each user with special line. One cust-network item is the description on the address section of your each customer. If the address you are allocated can not be masked off with one masking code, then you can use multiple lines to express it.
  The format for cust-network is shown as follows:
  cust-network: netname address mask hinit/h1yr/h2yr sinit/s1yr/s2yr date
  
  Description of single item:
  netname (name of network) :name of the network for your user.
  Attention：The name must be written in English. If there is not suitable name, please use phonetic letter to fill in
  Address (initial address):the initial address of the address section of the network for your user (for description of the network's name).
  Attention:Description with actual address
  mask：forming the mask code of the network's address section, e.g. 255.255.255.0
  hinit：initial quantity of the equipment
  h1yr：quantity of equipment for one year after
  h2yr：quantity of equipment for two years after
  sinit：initial quantity of sub-nets
  s1yr：quantity of sub-nets for one year after
  s2yr：quantity of sub-nets for two year after
  date： the date to allocate the address (format:YYYYMMDD)
  
  Explanation by words:
  For example, you have got 32 addresses of class C from CNNIC, you have many users with lines for special purpose, and you allocate each user one section of address, then you fill in the cust-network this way:
  It is necessary to make clear first the description on the address section you allocate to your customer. Then, it is necessary for you to write out in succession the network's name or unit name of your customer (correctness is needed, phonetic letters are allowed), write out the initial address of this address section, and form the mask code of this address section. Then you are required to give the quantity of equipment with initial connection in your such customer's network, the quantity of equipment to be connected one year after, the quantity of equipment to be connected two years after. After these items are described, it is necessary for you to describe the division conditions of the sub-network for this section of IP made by the customer. You are needed to write out the quantity of network initially set up, the quantity of sub-network for one - year after, and the quantity of sub-network for two years after. At last, it is necessary for you to describe when you allocate this address to this customer.
  
  Attention:
  The item netname you provide is very important. When you assign addresses many times to the network of the same customer, you are certainly needed to ensure that the netname registered each time in APNIC database is identical. Otherwise, APNIC will consider it to be not the same network.
  In addition, APNIC and CNNIC consider the total of address for cust-network item and the following infrastructure item as the address already used. Only when this quantity reaches 80 % of the request quantity for the IP addresses in the previous time, can you continue to request the addresses.
  
  example for cust-network item:
  cust-network: GXXNet 202.12.28.0 255.255.254.0 100/300/520 2/5/9 19980506
  cust-network: RANet 202.12.30.0 255.255.254.0 100/300/520 2/5/9 19980612
  cust-network: CTown 202.12.32.0 255.255.255.0 10/100/248 1/2/4 19981116
  cust-network: GTown 202.12.33.0 255.255.255.0 10/100/248 1/2/4 19981206
  cust-network: RTown 202.12.34.0 255.255.255.0 30/150/200 1/5/8 19980206
  cust-network: CODT 202.12.35.0 255.255.255.0 28/56/200 2/4/16 19980206
  cust-network: GXTNet 202.12.36.0 255.255.255.0 56/200/200 4/16/16 19980206
  cust-network: ABXNET 202.12.37.0 255.255.255.0 50/100/250 1/2/4 19980206
  cust-network: ABXNET 202.12.38.0 255.255.254.0 100/200/500 2/4/8 19980206
  
  
• INFRASTRUCTURE:
  Description:
  Infrastructure: It is used to indicate the present conditions your network itself is using the IP addresses. This section will not describe the section of network unused yet. If the address allocated to you can not be marked out by use of one mask code, then you can use multiple lines for its expression.
  infrastructure:the format shown as follows:
  infrastructure: address mask connect max hinit/h6mo/h1yr remark
  initial address: linking conditions of mask INTERNET, the maximum quantity for the use of address, the quantity of equipment initially connected/the quantity of equipment half year after/the quantity of equipment one year after, the description on the concrete equipment in this section of network.
  
  Description for the single item of infrastructure:
  address: the initial address for the section of the network.
  Attention: to use the actual address for its description.
  mask: to form the mask code for the section of the network.
  connect：the conditions to connect this section of network into the Internet. (YES, PART, NO)
  max：the maximum quantity in the use of the address for this section of network.
  hinit：the quantity of equipment initially connected into this section of network
  h6mo：the quantity of equipment connected into the section of network half an year after
  h1yr：the quantity of equipment connected into the section of the network one year after.
  remark：the equipment taking up the IP addresses of this section of network
  
  Explanation by words:
  For example, you have got one section of addresses from CNNIC, with some of them used in your own section of network by you. You should write the infrastructure item this way:
  Firstly it is necessary to make clear that one infrastructure item is for the description of one section of network in your own section of network. Then, you are required to write out in succession the initial addresses of your section of network, the mask code to form this section of network, and the conditions to connect to the Internet. Then you are asked to write out the maximum quantity of the usable addresses for the section of network, the equipment quantity initially connected in the network, the quantity of the equipment connected half a year after, and the quantity of the equipment connected one year after. The description of the last section is the most important. You should use this section to describe which equipment take ups the address of this section. It is necessary to give the detailed description of the equipment, including the function of the equipment, producer of the equipment, pattern of the equipment, quantity of port access the equipment, and the strategy on address allocation for the access equipment and so on. All these equipment can be PC, Workstation, Server, Printer, Router, Access Device etc. If the equipment you refer to in the section of Remark is rather special, please use the item of Additional Comments for its description. In addition, it is necessary to describe in this section the concrete point situated in this section of network and the role played by this section of network. (For details, refer to the following sample example)
  
  Attention:
  Don't combine the Infrastructure item actually in several network sections into the Infrastructure item of one network section. It is necessary to fill in this item, strictly in accordance with the actual conditions of the division of the section of network. The section of network for the address of one mainframe should be written out too.(by use of mask code: 255.255. 255.255)
  
  In addition, APNIC and CNNIC consider the total of address for cust-network item and the above-mentioed infrastructure item as the address already used. Only when this quantity reaches 80 % of the request quantity for the IP addresses in the previous time, can you continue to apply the addresses.
  
  Infrastructure sample：
  infrastructure: 202.12.26.0 255.255.255.252 YES 2 2/2/2 Router Point to Point
  infrastructure: 202.12.26.4 255.255.255.252 YES 2 2/2/2 Router Point to Point
  infrastructure: 202.12.26.8 255.255.255.252 YES 2 2/2/2 Router Point to Point
  infrastructure: 202.12.26.12 255.255.255.252 YES 2 2/2/2 Router Point to Point
  … …
  infrastructure: 202.12.27.0 255.255.255.0 PART 254 254/254/254 Dial up server, 2 x Max6000, totally 240 ports. Dynamic IP addresses assignment.
  
  infrastructure: 202.12.28.0 255.255.255.128 PART 126 100/126/126 ISDN dial up user , Access server 1 x Max6000, totally120 ports. Dynamic IP addresses assignment.
  
  infrastructure: 202.12.28.128 255.255.255.192 YES 62 20/40/60 WWW, E-MAIL, DNS, FTP, ACCOUNT, PROXY, SNMP servers and Workstation etc.in Beijing computer center of XXXNET
  
  infrastructure: 202.12.28.192 255.255.255.224 YES 30 12/20/30 PCs, Workstations and some Servers, Printers in financial department of Beijing computer center of XXXNET
  
  infrastructure: 202.12.28.224 255.255.255.248 YES 14 6/10/14 PCs, Printers in Custom Service department of Beijing computer center of XXXNET
  
  infrastructure: 202.12.28.248 255.255.255.248 YES 14 4/8/12 PCs, Printers in Technical Support Service Department of Beijing computer center of XXXNET
  
  
• NETWORK-PLAN:
  Description:
  You should use the item of NETWORK-PLAN to describe your assignment planning within one year, that is how you plan to assign the IP addresses you request. Therefore APNIC and CANNIC can have a careful understanding of the use conditions of your IP. Each line of Network -plan represents one section of network of your network. If your assigned address can not be masked out by one mask code, then you can use multiple lines for its expression.
  
  Network-plan: its format is shown as follows:
  Network-plan:address mask connect max hinit/h6mo/h1yr remark
  Network-plan: initial address, mask code, linking conditions of INTERNET, the maximum quantity for address use, the quantity of equipment initially connected/the quantity of equipment half a year after/the quantity of equipment one year after, the concrete description of the equipment in this section of network.
  
  Description for the single item of Network-plan:
  address：the relative address for the section of the network.
  Attention:to use the actual address for its description.
  mask：to form the mask code for the section of the network
  connect：the conditions to connect this section of network into the Internet. (YES, PART, NO)
  max:the maximum quantity in the use of the address for this section of network
  hinit: the quantity of equipment initially connected into this section of network
  h6mo: the quantity of equipment connected into the section of network half an year after
  h1yr: the quantity of equipment connected into the section of the network one year after.
  remarkthe equipment taking up the IP addresses of this section of network
  
  Word description on NETWORK-PLAN:
  The filling-in type and requirement for NETWORK-PLAN is basically the same as the filling-in type used in the infrastructure item. However the difference is that the NETWORK-PLAN item not only includes the plan to use the address of your network, but also your planning to develop the customers. The address of your network itself should be inconsistent with the requirement on the infrastructure item. They all should be filled in carefully. But the address plan to develop the customers (the unit to take the address from your unit) should be written in accordance with the sample example.
  Attention:
  NETWORK-PLAN will play a very important role in the quantity of addresses you get. Therefore, it is necessary for you to fill in a careful and serious way. It is needed for you to make a careful description on each section of network for your network, and to give the topological structure of the network you has the desire to develop.
  
  Network-plan sample example:
  Network-plan: 0.0.0.0 255.255.255.252 YES 2 2/2/2 Router Point to Point
  Network-plan: 0.0.0.4 255.255.255.252 YES 2 2/2/2 Router Point to Point
  Network-plan: 0.0.0.8 255.255.255.252 YES 2 2/2/2 Router Point to Point
  Network-plan: 0.0.0.12 255.255.255.252 YES 2 2/2/2 Router Point to Point
  … …
  
  network-plan: 0.0.1.0 255.255.255.0 PART 254 254/254/254 Dial up server, 2 x Cisco5300, totally 240 ports. Dynamic IP addresses assignment.
  
  network-plan: 0.0.2.0 255.255.255.128 PART 126 100/126/126 ISDN dial up user , Access server 1 x Max6000, totally120 ports. Dynamic IP addresses assignment.
  
  network-plan: 0.0.2.64 255.255.255.192 YES 62 20/40/60 WWW, E-MAIL, DNS, FTP, ACCOUNT, PROXY, SNMP servers and Workstation etc.in Beijing computer center of XXXNET
  
  network-plan: 0.0.2.192 255.255.255.224 YES 30 12/20/30 PCs, Workstations and some Servers, Printers in financial department of Beijing computer center of XXXNET
  
  network-plan: 0.0.2.224 255.255.255.240 YES 14 6/10/14 PCs, Printers in Custom Service department of Beijing computer center of XXXNET
  
  network-plan: 0.0.2.248 255.255.255.240 YES 14 4/8/12 PCs, Printers in Technical Support Service Department of Beijing computer center of XXXNET
  ……
  
  network-plan: 0.0.16.0 255.255.255.0 YES 254 254/254/254 The IP address will be assigned to our Large DDN users in Beijing POP. Each will get one /26 IP addresses.
  
  network-plan: 0.0.17.0 255.255.254.0 YES 510 128/254/510 The IP address will be assigned to our middle DDN users in Beijing POP. Each user will get one /27 IP addresses.
  
  network-plan: 0.0.19.0 255.255.255.0 YES 254 64/128/254 The IP address will be assigned to our small DDN users in Beijing POP. Each user will get one /28 IP addresses.
  
  network-plan: 0.0.20.0 255.255.255.0 YES 254 64/128/254 The IP address will be assigned to our Vsmall DDN users in Beijing POP. Each user will get one /29 IP addresses.
  ……
• ADDITIONAL COMMENTS:
  
  Description:
  This item is used for filling-in the descriptions regarding the requirements on the network considered by the member unit to be beneficial to the understanding of CNNIC. For example, the quantity of POP point, the construction planning of POP points, strategy on allocation of the whole network's IP addresses, and route strategy etc.
  In addition, if some pieces of equipment you write in the document are considered to be rather special, or some services are special, please give detailed descriptions here.
3. Network's topological graph
   
   Description:
   While member submits the IP address request form, it is needed to submit the corresponding network's topological graph, so as to support the IP address request form filled in by the member.
   
   Requirement on network's topological graph:
   a. It is necessary to store the topological graph into the JPG format or GIF format, with the name of the document to follow the following standard:

Image order number-content of the graph
for example:
image1-wholenetworktp
image2-beijingpop
image3-ddnusertp

b. It is necessary to give the topological cloud chart of the whole network, for the indication of the connection conditions of your whole network.
c. It is necessary to give the developed topological graph of each POP point.
d. It is needed to draw all section of network for this POP point in the POP point's topological graph.
e. It is needed to give all equipment connected in each section of network, including name of equipment, pattern of equipment, port number of dial servers.
f. It is necessary to give the bandwidth of the local network in the topological graph, the band-width between POP points, especially the bandwidth of your ISP's connected exits and the exits of the connected exits of your higher authority.
g. It is necessary to have one theme to describe the contents of the topological structural graph.

Attention:
If your some topological structures are identical, it is needed for you to draw a piece of topological graph, but a remark must be given to indicate it is identical to what topological structures in the topological graph.

4. List of equipment
   
   Description:
   The list of equipment is used to prove that the equipment you give in the form is real. As for the member with the request quantity is less than /18, requirement is not asked on this item. But the submission of the list of equipment is to play a great role in promotion. The complete list of the equipment can quicken the speed to request.
   
   Requirement on the list of equipment:
   a. Equipment supplier, type of equipment, detailed description on the equipment, quantity of the equipment should be given.
   b. Signature of the person in charge should be given.
   
   Attention
   CNNIC does not make indispensable requirement on conditions b.
   
   
5. Detailed network planning document
   
   Description:
   The detailed network planning document is used to describe the development planning of your whole network, including the schedule plan of the whole engineering, equipment purchasing plan, IP address allocation plan, customer development plan etc. The detailed document for network planning can ensure CNNIC and APNIC to have better understanding of the development conditions of your network. It can quicken your request speed. CNNIC only makes indispensable on the member with its request quantity more than /16 address requirement.