|
Carrier-grade QQSG 2000 series is QQ Tech’s self-innovated traffic management device working on application layer. It boasts multiple competencies: analyze global traffic; make traffic visible and transparent; control inter-net traffic and cut down on relevant expenditure; block access attempts of illegal VoIP and shared PCs; raise revenue via precise billing method.
The product pools a lot of strengths together—Intel created IXP2400, vxWorks operating system (a powerful platform playing effect in space industry), and tri-color bucket mechanism for traffic control and shaping, endowing it with unparalleled competitiveness: its max line-rate forwarding has hit 2G; you can in-line directly to your network without changing the original topology; its passive or optical bypass module allows it to turn on bypass in case of emergency. No single point fault would be resulted in even hitting by power off.
The GE level featured solution package covering wide-ranging models from 105, 2110, 2120, 2140, 2205, 2210, 2220 to 2240, capable of one-way and two-way bandwidth control.
Fueled by sophisticated technologies, it is set to bring countless benefits to customers: DPI and DFI boosted identification accuracy has hit as high as 90% with some a thousand types of applications being identified so far; tri-color token bucket mechanism enables 1K of control granularity; RTM makes RTT, network and server latency measurable, a big help to pinpoint what is slowing down the web; ACK acceleration optimizes functions.
Strengths
Functions
Specs
Application
1. Convenient inline access; improved system combat security threats of various forms.
2. As high as 90% of application types being identified.
3. Supportive of both static and dynamic reserving modes; bandwidth is available for occupying under dynamic mode.
4. IK of traffic control granularity.
5. Create as much as 700,000 sessions per second.
Four functions are built under the system.
1. Identification. Precise differentiation is the ground of precise management. With developing internet carrying more complex applications P2P in particular, port-based identifying approach has lost its power. QQSG2000 comes to fill in the blank by identifying 95% or more popular software and protocols widely used today such as download software, P2P streaming media, instant messenger, stock analysis software, game software, VoIP, Trojan horse, etc.
2. Analysis. Who consumed limited bandwidth resources? Who hindered the development of critical applications? Who is the biggest bandwidth user? These are questions that every net master eager to work out. QQSG2000 is proved to be helpful in this regard. With that in place, you can learn L2-L7 traffic statistics and useful information about bandwidth, subscribers, applications and their share of bandwidths and the like, preparing for control policies if necessary.
3. control. The next step, after mastering overall traffic situation, is to implement precision management. QQSG2000 gives you multiple policy choices to control or protect applications. The effect is supplemented by tri-color token bucket mechanism to achieve remarkable traffic shaping—1Kbps at present.
4. Report. Graphs and tables show traffic statistics, as long as one year, to customers to carry out possible alternative or better policies.
|
Model
|
2105
|
2110
|
2120
|
2140
|
2205
|
2210
|
2220
|
2240
|
|
Management interface
|
1 FE-TX
|
1 FE-TX
|
1 FE-TX
|
1 FE-TX
|
1 FE-TX
|
1 FE-TX
|
1 FE-TX
|
1 FE-TX
|
|
Configuration interface
|
1 RS-232C
|
1 RS-232C
|
1 RS-232C
|
1 RS-232C
|
1 RS-232C
|
1 RS-232C
|
1 RS-232C
|
1 RS-232C
|
|
Slots
|
Double /NA
|
Double /NA
|
Double /NA
|
Double /NA
|
Double /NA
|
Double /NA
|
Double /NA
|
Double /NA
|
|
Business interface
|
2GE 1000BAST-
SX/LX
2GE
1000BASE-T
|
2GE 1000BAST-
SX/LX
2GE 1000BASE-T
|
2GE 1000BAST-
SX/LX
2GE 1000BASE-T
|
2GE 1000BAST-
SX/LX
2GE
1000 BASE-T
|
4GE 1000BAST-
SX/LX
2GE 1000BASE-T
|
4GE 1000BAST-
SX/LX
2GE 1000BASE-T
|
4GE 1000BAST-
SX/LX
2GE 1000BASE-T
|
4GE 1000BAST-
SX/LX
2GE 1000BASE-T
|
|
Bypass unit
|
Internal optical or electrical bypass
|
Internal optical or electrical bypass
|
Internal optical or electrical bypass
|
Internal optical or electrical bypass
|
Internal optical or electrical bypass
|
Internal optical or electrical bypass
|
Internal optical or electrical bypass
|
Internal optical or electrical bypass
|
|
Power supply
|
Redundant double power source
|
Redundant double power source
|
Redundant double power source
|
Redundant double power source
|
Redundant double power source
|
Redundant double power source
|
Redundant double power source
|
Redundant double power source
|
|
Fan
|
Redundant cooling fan
|
Redundant cooling fan
|
Redundant cooling fan
|
Redundant cooling fan
|
Redundant cooling fan
|
Redundant cooling fan
|
Redundant cooling fan
|
Redundant cooling fan
|
|
Space for installation
|
Standard cabinet 2U 19 in
|
Standard cabinet 2U 19 in
|
Standard cabinet 2U 19 in
|
Standard cabinet 2U 19 in
|
Standard cabinet 2U 19 in
|
Standard cabinet 2U 19 in
|
Standard cabinet 2U 19 in
|
Standard cabinet 2U 19 in
|
|
Throughput
|
One-way 2G
|
One-way 2G
|
One-way 2G
|
One-way 2G
|
Double-way 2G
|
Double-way 2G
|
Double-way 2G
|
Double-way 2G
|
|
Number of connections/flows
|
500,000
|
1,000,000
|
2,000,000
|
4,000,000
|
500,000
|
1,000,000
|
2,000,000
|
4,000,000
|
|
Managed subscribers
|
65,535
|
65,535
|
65,535
|
65,535
|
65,535
|
65,535
|
65,535
|
65,535
|
|
Pipes
|
8,192
|
8,192
|
8,192
|
8,192
|
8,192
|
8,192
|
8,192
|
8,192
|
|
Applications
|
1024
|
1024
|
1024
|
1024
|
1024
|
1024
|
1024
|
1024
|
|
Policies
|
8,192
|
8,192
|
8,192
|
8,192
|
8,192
|
8,192
|
8,192
|
8,192
|
|
Management functions
|
|
Centralized device management
|
Support
|
|
Management interface
|
CLI, WUI (PHP)
|
|
Identification & control functions
|
|
Signature identify
|
Support (dynamically upgradable)
|
|
Channel identify
|
MPLS, VLAN
|
|
Statistics of sessions
|
Newly created, active
|
|
Bandwidth management
|
Limit, reserve
|
|
Safety & Certifications
|
|
Safety
|
CAN/CAS-C22.2 No. 1950-95/UL 1950, IEC 60950, EN 60950
|
|
Emission
|
AS/NZS 3548 Class A; AS/NZS 4252.1; ICES-003, Class A; EMC Directive 89/336/EEC; EN 300 386 v1.3.1: 2001 Telecom EMC standard; EMC Directive
73/23/EEC; EMC Directive 93/68/EEC; EN 55022: 1998 Class A; EN 61000-3-2:1995_A1(98) + A2(98), & prA14(00); EN 61000-3-3:1995; EN 55024:1998;
VCCI:2002, Class A; KN55022 Class A KN6100-4-2,3,4,5,6,8,11; GOST-R 60950-2002; GOST-R 51318.22-99, .24-99; PSB; FCC 47 CFR pt 15, subpt B, Class A
|
|
Disturbance resistance
|
IEC 60950:1999 3rd Edition; EN 60950:2000; UL 60950:2000; CAN/CSA C22.2 No. 60950-00; EN 60825-1,-2 Class I Laser
|
The product is applicable to networks of first and second level carriers in addition to mid and large sized enterprises.
|
|