Solution Overview
Service centers of government agencies in wireless city projects have the following characteristics:
- Administration service halls of government agencies are open areas with few concrete walls, and have obstacles such as bearing columns and working desks.
- The user density is not high.
- Office networks have certain per-user bandwidth requirements.
Generally, to meet WLAN requirements in such scenarios, indoor APs with built-in omnidirectional antennas are mount on ceiling or walls. The number of required APs is adjusted based on the field strength, user density, and bandwidth requirements in different areas.
Table 1 lists AP models used in service centers of government agencies.
Scenario |
AP Model |
Protocol Type |
MIMO |
Antenna |
Installation Mode |
Power Supply Mode |
Power Consumption (The Actual Value Varies Depending on Local Laws and Regulations.) |
---|---|---|---|---|---|---|---|
Service centers of government agencies |
AP4050DN |
802.11a/b/g/n/ac/ac Wave 2 |
2×2 |
Built-in omnidirectional antenna |
Ceiling/Wall mounting |
PoE/Local DC |
12.1W |
AP6050DN |
4×4 |
Built-in omnidirectional antenna |
Ceiling/Wall mounting |
PoE/Local DC |
22.9W |
Table 2 lists information collected for service centers of government agencies before WLAN planning.
Input Information for WLAN Planning |
Information Record |
Confirmed (Yes or No) |
Remarks |
---|---|---|---|
*Drawing |
Confirm information completeness of drawings, including the scale, or google information about coverage areas. |
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*Coverage area |
Confirm coverage areas, and classify them into common and key coverage areas. |
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Floor height |
Confirm the floor heights in each area. |
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*Required field strength |
For example, not lower than –65 dBm in indoor areas |
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*Service usage |
For example, Internet access for the staff using mobile phones |
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*Number of users, bandwidth, and concurrency rate |
Confirm the numbers of access users and concurrent users, and per-user bandwidth. |
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*AP selection |
Confirm whether external or built-in antennas are used, and whether 802.11ac Wave 2 APs are required. |
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*Obstacles |
Confirm onsite obstacles such as bearing columns, cabinets, and separators. |
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*Interference sources |
Confirm whether signal interference sources exist. |
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*AP installation positions |
Confirm positions for installing APs. |
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Special requirements |
For example, roaming, delay, and packet loss ratio requirements |
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Service life |
Service life of WLANs expected by customers |
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Site survey photos |
Photos about sites |
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Others |
Other information |