Department of Communication Engineering actively builds the practice bases in accordance with the teaching plan and teaching objectives. At present, it owns 580m2 teaching labs, including Communication System Platform Lab, Data Communication Lab, Optical Communication Lab, Mobile Communication System Lab, OTN and IPRAN Lab, with the total value of instruments and equipment up to RMB 9000000.00 Yuan. In addition, it has 6 off-campus practice bases and the average practice outlay per student is RMB 950.00 Yuan.
Table 1 List of Existing Labs under Department of Communication Engineering
Name of lab |
Main equipment in the lab |
Model of equipment |
Quantity |
Communication System Lab and Data Communication Lab |
Transmission OptiX155/622H |
Metro1000 |
10 |
Transmission OptiX155/622 |
Metro2050 |
3 |
|
Transmission OptiX2500+ |
Metro3000 |
3 |
|
SPC exchange |
C&C 08 (Model B) |
1 |
|
Telephone |
Chino C044 |
35 |
|
Broadband access |
SmartaxMA5300 |
1 |
|
Broadband terminal |
SmartaxMI880r |
35 |
|
Authentication server |
DR.COM |
1 |
|
L3 Ethernet switch |
LS-S3900-EI |
4 |
|
L3 Ethernet switch |
LS-S2100-EI |
6 |
|
Mid-range router |
H3C AR 28-31 |
4 |
|
H3C MSR3020 |
6 |
||
Low-end router |
AR 28-11 |
6 |
|
H3C MSR2020 |
6 |
||
Wireless controller |
EWP-WX3010E-POEP |
1 |
|
Wireless AP |
EWP-WA4320-ACN-SI-FIT |
15 |
|
EWP-WA2610X-FIT |
5 |
||
WA1208E-DG-AC |
1 |
||
Wireless router |
WBR604g-CN |
1 |
|
Wireless network card |
WCB300g-EN |
35 |
|
Spectrum analyzer |
Anritsu MS9710B |
1 |
|
Stabilized light source |
Comxim LMS300D |
1 |
|
Optical splitter |
SMFC-1X2 |
1 |
|
Network cable tester |
Nengshou |
1 |
|
DELL computer |
OptiPlex320 Tower |
1 |
|
Cloud desktop system |
OS-EASY (including server, exchange, cloud desktop terminal and teacher computer and so on) |
40 |
|
Mobile Communication Lab |
Mobile switching center (including VLR functional module) |
ZXWN MSC Server |
1 |
Mobile media gateway |
ZXWN MGW |
1 |
|
Home location register (including AUC\EIR functional module) |
ZXWN HLR |
1 |
|
Service GPRS support net element (SGSN) |
ZXWN SGSN |
1 |
|
Gateway GPRS support net element (GGSN) |
ZXWN GGSN |
1 |
|
Radiosonde network controller RNC |
ZXTR RNC |
1 |
|
Base station NodeB baseband Some BBU |
ZXSDR B8300 T100 |
1 set |
|
Base station radio frequency processing Some RRU |
ZXTR R21 |
2 sets |
|
Mobile terminal |
Standard allocation of ZTE |
35 |
|
Computer terminal |
Founder |
35 |
|
3G development and processing unit |
XF-3G-TP |
1 |
|
Intelligent gateway of Internet of Things |
XF-IOT-INGW |
1 |
|
Value added service development server |
HP Z820 |
1 |
|
Optical Communication Lab |
2.5G SFP transceiver |
|
|
fused fiber splicer |
TYPE-81C |
2 |
|
OTDR tester |
|
|
|
Optical fiber optical power attenuator |
|
|
|
EDFA optical fiber amplifier module |
|
|
|
FSO optical system |
|
|
|
ATP Omnidirectional regulating system platform |
|
1 |
|
Tape trailer fiber self-focusing lens |
|
|
|
Code error tester |
MP2100A |
1 |
|
FSO optical communication broadband data processing platform |
|
|
|
OTN and IPRAN Lab |
OTN equipment (set) |
FONST 6000 U Series |
8 |
IPRAN equipment (set) |
CiTRANS R835E |
4 |
besides guaranteeing the high-efficiency utilization of the in-campus practice bases, Department of Communication Engineering also actively contacts the off-campus enterprises and continuously expands the off-campus practice bases so as to provide more practice opportunities a and better practice conditions to the students in Department of Communication Engineering. After continuous efforts, this Department has built many off-campus practice bases with many enterprises, as shown in Table 2.
Table 2 List of Off-campus Practice Bases of Department of Communication Engineering
Name of base |
Wuhan EasyStart Technology Co., Ltd |
Wuhan Augmentum Software Development Co., Ltd |
Wuhan iGPSport Co., Ltd |
Wuhan Yilut Technology Co.,Ltd |
Wuhan Feiliu Intelligence Technology Co., Ltd |
Wuhan Research Institute for Posts and Communications |
With the development of the in-campus and off-campus practice bases, the practice and training teaching of Department of Communication Engineering has taken on the trend of multiple development. Both of the in-campus and off-campus practice bases are supplementary to each other and they can satisfy the basic requirements on practice teaching and provide the direct experience in practice and operation of the enterprises as well. Based on the combination of integration of theory with practice, the student can understand the actual situation and development trend of the industry and make more achievements.
Fig. 1 Off-campus mobile network investigation and practice of the students
Fig. 2 Off-campus network coverage practice of the students
