1. CISCO starts the product is the router;
2. RSP starts with the CISCO7500 series of engines;
3. VIP start-up products are the Cisco 7500 series of multi-functional interface processor modules;
4. The products that start with PA are modules of the Cisco 7500/7200 Series products;
5. The NPE starts with the CISCO7200 series engine;
6. NM starts with the Cisco low-end router module;
7. WIC starts with the WAN interface module of the Cisco low-end router;
8. The VWIC begins with the Voice interface module of the Cisco low-end router;
9. Ws-c the beginning of the products are switches;
The product that begins with Ws-x is the engine or module of the switch;
The product that begins with WS-G is the Gigabit fiber module for the switch.
Key words:
TT: Applicable
2960CE500 switch, indicating the electrical port
TC: Applicable
2960CE500 switch, indicating the power port + dual Media port
LC: For CE500, including Poe + power Port +2SFP
TS: Applicable
3560, 3750 indicates the +SFP of the electric port
PS: Applicable
3560, 3750 means POE+SPF
T: For 3750, only electric port
TD: Suitable for 3750, indicating the electric port +10gbe
The naming conventions for Cisco routes are all beginning with Cisco such as: Cisco1721,cisco2621,ci
sco3662,cisco3745. These are all routers.
For example: cisco2621
of which Cisco: is the brand, the back of the first two digits is the serial number, this product belongs to the 2600 series,
The latter two are specific models.
Among the Cisco routers there are several series:
CISCO2500 series: cisco2501, cisco2502, until cisco2514, these are the national
Can see the equipment, and then up is foreign, rarely seen in the country.
cisco1700:1720, 1721, 1751, 1760
cisco1800:1821, 1841
CISCO2600 series: 2610, 2611, 2620, 2621, 2651
CISCO2600XM series: 2610XM, 2611XM, 2620XM, 2621XM
cisco3600:3620, 3640, 3660
cisco3700:3725, 3745
cisco3800:3825, 3845
cisco7200:7204, 7206, 7204VXR, 7206VXR These are the chassis, the use of which
Requires engine support (NPE-225, NPE-300, NPE-400, NPE-G1, the latest is NP
E-G2) and Business module support There's a lot of stuff, and that's not going to be written.
cisco7500:7507, 7513 also need engine support (RSP2, RSP4, RSP8,
RSP16) and Business module support, 7200 of the business module can be used on 75, need a piece of
VIP card support.
On top of that is the 12000 series: 12008,12016 These are currently the highest end. It is also necessary
Support for engine and business modules.
Swap: The name of the switch is usually the WS beginning this is fixed, and then the next letter has two kinds of one
Is the C one is x,c represents the curing switch or chassis, X represents the module. Like seeing ws-.
When we c3750-24ts-s this model, we should know he's a Cisco switch-cured switch
3750 Series, 24 Ethernet ports, TS means the +SFP port behind the Ethernet port is the standard version
, a matching model is E, which is enhanced or called Enterprise Edition.
Another ws-x6748-sfp,ws or represents a switching device, X represents a module, 6 means 600.
0 series, 7 for 7 generations, 48 for 48 ports, and SFP for port type (SFP is an M
INI interface module)
Exchange 1900:1924
2,900:2,924, 2924M
2950:2950-24, 2950G-24/48, 2950c-24, 2950t-24, 2950sx-24/
48
2960：
2960-24/48tt-l,
296024/48tc-l
3500:3508g, 3524, 3548
3550:3550-24-smi/emi, 3550-48-smi/emi, 3550-12g/t
3560：
3560-24/48 also has a G.
3750:3750-24/48-ts-s, 3750-24/48-ts-e 3750g-24/48-ts-s, 37
50G-24/48-TS-E, 3750g-12s
4,000:4,003, 4006
4,500:4,503, 4506, 4507R
6,000:6,006, 6009
6,500:6,506, 6509, 6513
7,600:7,609, 7613
The switches that are currently exposed to the work are:
2960，
3560, 3750,4500,6500 these
Series, they have their own corresponding rules on the model command, summarized as follows:
Example: Ws-c3750g-48ts-s
C3750 that this product belongs to the 3750 series, which is the model of the product.
G----indicates that all of its interfaces are supported by gigabit or more, and if not, it indicates that the primary port
It's 10/100m, or 100M.
----indicates that it has a primary port number of 48
T----indicates that its primary port is the port (the so-called Twirst pair)
P----indicates that the primary port is an electrical outlet and supports Poe power over Ethernet
S----indicates that its band's extended interface is an SFP type interface
The last part of the S indicates that the switch band software is the SMI standard image
E indicates an EMI image.
Note: The new
3560, the 3570,2970 supports the Gigabit expansion module for the SFP
3550,2950 is a GBIC.
Add: ws-c3750g-24ts-e1u
-----indicates that it has a primary port number of 24
T------indicates that its primary port is the port (the so-called Twirst pair)
P------Indicates that the primary port is an electrical outlet and supports Poe power over Ethernet
S------Indicates that its band's extended interface is an SFP type interface
D-----1 x Gigabit Ethernet Xenpak Port
W-----Integrated Wireless LAN Controller (for
Access points)
TT-----indicate that both the normal and uplink ports are baset.
LC-----Indicates that the normal port is Baset and partially supports Poe (4) Uplink port is Base
T/sfp
The PC-----indicates that the common port is Baset, and all Poe (24) Uplink ports are Ba
Set/sfp
TC----indicate that the common mouth is BaseT, uplink mouth is BASET/SFP
The TS----indicates that the TC represents the normal port is Baset, and the uplink port is an SFP.
PS----Indicates that the TC represents the normal port is Baset and all support PoE, uplink port is SF
P's.
FS----indicates that the normal port is 100BaseFX and the uplink port is an SFP.
T-----Indicates that the TC represents the normal mouth is baset, there is no uplink mouth.
-L LAN Base Image
-S Standard Image
-E Enhanced Image
1u (1RU height)
The SFP is an abbreviation for the Small Form-factor pluggable, which can be simply understood as the GBIC
Upgrade version. The SFP module is less than half the size of the Gbic module and can be configured on the same panel with multiple
The number of ports that are more than one times. Other functions of the SFP module are basically consistent with the gbic. Some switches
The manufacturer calls the SFP module a miniaturized GBIC (mini-gbic), supports SX, LX, TX, LH, walk
1000M.
Module 5483 with Gbic (turn to 1000M) 5484 (multimode, 500M or less), 5486 (Tando
10KM), 5487 (Singlemode, up to 70KM) the corresponding SFP module is the GLC module, divided into glc-
Lh-sm= (Singlemode, 10KM), glc-sx-mm= (Multimode, 500M,) glc-zx-sm= (Singlemode, 7
0KM), glc-t= (turn into electric port)
1, what is the gbic?
The GBIC is the acronym for GIGA Bitrate Interface Converter, which converts the gigabit signal
An interface device for optical signals. The GBIC can be designed for hot-swappable use. The GBIC is a consistent international
Standard interchangeable products. Gigabit switches designed with GBIC interfaces are flexible in the market
Occupy a larger market share.
2, what is SFP?
SFP is an abbreviation for the SMALL FORM pluggable, which can be easily understood as the upgrade of the Gbic
Version. The SFP module is less than half the size of the GBIC module and can be configured on the same panel with one more
More than the number of ports. Other functions of the SFP module are basically consistent with the gbic. Some switch vendors
Called the SFP module as a miniaturized GBIC (mini-gbic).
Ipbase and Ipservice are different versions of Cisco IOS features, which support feature differentiation and naming,
such as the Ipbase version supports some basic commonly used routing protocols such as RIP,IGRP, and Ipservice version
Supports all other Cisco-owned protocols, such as Ospf,eigrp,is-is, and other command sets
is also relatively more comprehensive.
Schematic Cisco IOS Naming conventions
Cisco IOS Naming conventions
The naming of Cisco iOS binaries is made up of 3 parts, where
PPPPP = Platform
FFFF = Feature
MM = run-time memory and compression format
FFFF for this iOS feature (see the Cisco iOS feature set), such as the A generation in C7200-AJS56-MZ
Table Advanced Peer-to-peer Networking (APPN) features, J for Enterprise features, and s for additional attributes such as
NAT, ISL, L2F, VPDN), 56 represents 56-bit encryption.
The MM is made up of 2 characters, the first character represents the memory space at which IOS is running, and the second character indicates what
Type of compression method.
Where Cisco iOS is running:
F Image runs in Flash
M Image runs in RAM
R Image runs in ROM
L Image would be relocated at run time
Cisco IOS image Compression identifiers:
Z Zip compression
X mzip Compression
W "Stac" compression
Cisco Network device Naming conventions
