2. Node-H – Small Cell Solutions
Turn-key software solutions for:
Enterprise – LTE FDD/TDD or UMTS
Residential – LTE or UMTS
Dual-mode – Both UMTS and LTE
Complete and configurable RRM and SON solutions for LTE and
UMTS
Fully integrated Management and Timing/Sync solutions
Node-H and OEMs are ready for immediate operator engagement
Security
Gateway
H(e)N
B-GW
Core
Network
/ePC
Iu/S1
H(e)NB
Mgmt.
System
Public
internet
Uu
HNB/
HeNBUE
Iu-h/S1
TR-069
TR-069
(TLS)
3. Node-H – Past and Future
Over 2 Million Node-H-based small
cells, LTE and UMTS deployed
worldwide
Tested to interoperate with leading
network equipment
Node-H has participated in every
Small Cell Forum Plugfest
Constant quality assurance with
automated S/W and H/W Reg. Tests
Shorter customization cycle, e.g. IOT
support, operator features
Quality assurance through built-in
verification suite
LTE migrating to LTE-A providing a
seamless roadmap
Higher user counts, dual-cells
Carrier-Aggregation to enhance
data rates and capacity
Licensed Assisted Access to
aggregate license-exempt spectrum
Improved enterprise timing/synch
to enhance HetNet interference
mitigation
Enhanced SON features
Widely deployed... Coming soon...
4. Why have a Self Organizing Network?
Macrocell Network
• Say, 18,000 cells for a national network
• Each cell sector has >1000 parameters
• Relatively static network
• Low scale speed – fewer handovers
• Relative length of cell boundary = 1
• Manual network planning possible (just)
Femtocell Network
• Say, 6 million cells (enterprise and residential)
• Each cell sector has >1000 parameters
• Fast changing network
• High scale speed – many handovers
• Relative length of cell boundary = 18
• Network must be automatically configured
5. What Benefit Does SON Bring?
The features automate:
Configuration
Optimization
Resilience
These help to:
Minimize operational costs, femtocells are effectively plug-n-play
Offer a superior user experience – fewer dropped calls
Tune the network for inside-out traffic (serving outdoor traffic from indoor cell)
Maximize the traffic off-loaded from the macrocell network
Turn individual femtocells into a huge capacity layer within a larger network
6. Key Features
Auto-config. of Physical Cell ID (AutoPCI)
Automatic Neighbor Relation (ANR)
Coverage and Capacity Optimization (CCO)
Mobility Robustness Optimization (MRO)
Inter Cell Interference Coordination (ICIC)
Frequent Handover Mitigation (FHM)
Self-Recovery of HeNB Software
All the above can operate with or without
X2 connectivity but efficiency may be
reduced
7. Challenges
3GPP defines the SON mechanisms, but not the algorithms.
Interoperability between different vendor SON implementations may
be limited; at best sub-optimal, at worst unstable.
Small Cell Forum initiative will seek to ensure multiple compatible
solutions are available. The Node-H solution will be compliant.
Need to avoid ‘lock-in’ that restricts supplier competition.
Femtocell SON will be evolving for the foreseeable future as industry
seeks to refine operation.
8. Node-H Residential
UMTS femtocell
software
8-16 simultaneous users
Node-H Residential
LTE femtocell
software
8-16 simultaneous users
Node-H Enterprise
LTE femtocell
software
16-32 simultaneous users
Node-H Enterprise
UMTS femtocell
software
16-32 simultaneous users
Node-H Enterprise
dual-mode
LTE+UMTS femtocell
software
32+32 simultaneous users
Distributed SON Distributed SON Distributed SONDistributed SON Distributed SON
Proven interoperability for a wide range of UMTS and LTE femtocell gateways
Multiple Broadcom-
based hardware
platforms
Multiple Broadcom-
based hardware
platforms
Multiple Broadcom-
based hardware
platforms
Multiple Broadcom-
based hardware
platforms
Multiple Broadcom-
based hardware
platforms
Multiple Qualcomm-
based hardware
platforms
IuSIM
EPC emulator, EMS
provisioning and
management of small
networks
Trace-H
diagnostic tool suite
Node-H
Current
Portfolio
Coming soon:
32+64 user solutions,
Carrier Aggregation,
LTE-TDD (including
Phase Sync)