The document discusses case studies of Huawei's LampSite small cell network solution deployed with iBwave planning tools. It describes two examples: a stadium deployment in Belarus that increased capacity from 4 to 8 cells, designing in 30 hours using iBwave Design; and an indoor shopping mall deployment in Manila using 8 small cells with a survey and design time of 4.5 hours using iBwave Mobile Planner, a 55% time savings. The document emphasizes that iBwave tools provide accurate small cell network designs faster to lower total cost of ownership and support scalability.

1. Simpler & Faster Deployment of
Small Cell Networks:
LampSite Case Studies with iBwave
Planning

2. 2
Contents
Huawei LampSite Solution and Case Study1
iBwave Tools Solution32

3. 3
Busy hour
Traditional
solution
MBB
traffic
Busy hour
Current Situation of Indoor MBB
Unleash The Suppressed Traffic
BBU RHUB pRRU
Superiority Challenge
Larger & Flexible Capacity
 pRRU level Capacity Allocation.
 Dynamic Capacity Adjustment.
Easier Deployment
 Simple Architecture.
 Smaller & Lighter.
Accurate Design
 Simplify by Professional
Tool, for example:
 Enhanced SON feature.
 Specification Checklist /
Validation Tools.
 Integrated to Design Tools.
More Product Specifications
Complex Configuration

4. 4
Case1: LampSite Deployed in Stadium Scenario
 Initial Period(SFN)
- Cell resources saved.
- Interference reduced.
 Later Period(Cell splitting)
- Remote expansion.
- Capacity N times increased.
Cell 1
Cell 2
Cell 3
Cell 4
Cell 1
Cell 2
Cell 3
Cell 4Cell 5Cell 6
Cell 7
Cell 8
Dynamic Capacity
Description
 High complexity and functionality in Europe.
 Support nearly 15,000 spectators.
 System design: 30 hours.
 Venue construction: 7 days.
Time cost of LampSite solution
Minsk-Arena Complex in Belarus

5. 5
Case1: Accurate Design with iBwave Tools
 Interference analyze.
 Antenna type select.
Interference
Step 2
 Quick location and routing design.
 Coverage confirm by simulations.
 Topology check &
correct.
Performance Optimization
Interference
Shaped Antenna
Directional Antenna
Step 1 Step 3
Step 4
 Call completion rate
100%
 HSDPA peak rate
28Mbps
 PS call drop rate
0.18%
 PS traffic increased
to 336%

6. 6
Case2: LampSite Deployed in Hotel Scenario
BBU
pRRU
RHUB
Carrier 1
Carrier 2
LTE 2CCs CA On
1 pRRU
Description
 The first integrated resorts in Singapore.
 LampSite target: 2 basement in MBS Retail area.
 System design: 16 hours.
 Venue construction: 14 days.
Time cost of LampSite solution
Marina Bay Sands

7. 7
Basement1
Basement2
Case2: Simpler & Faster Design
Simulation: Good Coverage Performance: Excellent
 Average DL speed: 239Mbps
 CSFB success rate: 100%
 VoLTE & SRVCC handover
success rate: 100%
 Average RSRP -76dBm

8. 8
Contents
Huawei LampSite Solution and Case Study1
iBwave Tools Solution32

9. WORLDWIDE STANDARD
for in-building network design and documentation
CONTINUOUS INNOVATION
adapting quickly to a dynamic and rapidly-evolving industry
TRUSTED BY 700+ CUSTOMERS
in more than 87 countries
PLANNING & DESIGN
FIELD-BASED SURVEYS
COLLABORATION PLATFORM
EXPERT TRAINING & CERTIFICATION

10. Feb 22, 2016SC design case studies 10
Enterprises Large venuesTransportationHospitality

11. IN-BUILDING
COLLABORATIO
N
PLATFORM
FIELD-BASED
SURVEYS &
DESIGNS
TRAINING &
CERTIFICATIO
N
DATABASE OF
COMPONENTS
(20,000 +)
RF PLANNING
AND DESIGN
SOFTWARE
Feb 22, 2016 11 Feb 22, 2016SC design case studies

12. Network architecture with automated RF
calculations
Floor plans with propagation results
Feb 22, 2016SC design case studies 12
DOCUMENT
SURVEY
Client &
Site info
DESIGN
Planning
& Design
MAINTAIN
Maintenance
Upgrades
BUILD
Install &
Commission

13. Feb 22, 2016SC design case studies 13
PORTABLE: Easy to carry on-site
INTUITIVE: RF expertise not required
AFFORDABLE: Accessible to all field personnel
COMPLETE & ACCURATE: Getting it right the 1st time
INTEGRATED: Complete end-to-end workflow
LOW TCO
SCALING

14. Network architecture with automated
RF calculations
Floor plans with propagation results
14
 Minsk Arena Complex, Belarus
(15,000 seats)
 Primary criteria: capacity
 Number of small cells: 4  8
 Design time: 30 hrs (50% less)
 Tool: iBwave Design
Feb 22, 2016
SC design case
studies

15. Network architecture with automated
RF calculations
Floor plans with propagation results
15
 Shopping mall, Manila (240K sq ft)
 Number of small cells: 8
 Survey & design time: 4.5 hrs
 Time savings: 5 hrs (55%)
 Tool: iBwave Mobile Planner
Feb 22, 2016
SC design case
studies

16. Network architecture with automated RF
calculations
Floor plans with propagation results
Feb 22, 2016
SC design case
studies
16
• 4-step deployment process for enterprise small cells
• Key objective for design toolkit: Low TCO & ability to scale
• Design case studies: single sites to nationwide deployments
• Benefits: >50% time savings & getting it right the 1st time
• Collaboration & documentation needed for maintainability