Reference Guide
Table Of Contents
- Apex Lifestyle Reference Guide
- Preface
- Chapter 1. Overview
- About this chapter
- Product overview
- Technical specifications
- Apex Lifestyle Small Cell features
- Hardware features
- General and network related features
- Plug and Play (PnP) connectivity
- GPS location and synchronization
- GPS antenna
- Data connectivity
- VoLTE
- Open and closed subscriber group
- Channel and bearer support
- Scheduler features
- Interference management
- Modulation and link adaptation
- MIMO and transmission modes
- Radio resource management
- Mobility and service continuity
- SON (Self Organizing Networks)
- TWAMP Protocol Support
- Security
- Management interface
- SON Support
- Plug and Play Support (PnP)
- Software installation
- Supported OM/KPIs
- Apex Lifestyle Small Cell alarms
- Chapter 2. Installation and Configuration
Apex Lifestyle Small Cell features
Reference Guide
Reference Guide
1-17
Scheduler features
The Medium Access Control (MAC) layer and the scheduler are critical in the
performance of any wireless system and especially for LTE in particular.
Stack MAC layer and its real-time LTE scheduler have been designed and developed
to fulfill the operator requirements with advanced scheduling and prioritization
algorithms.
The following scheduler features are supported by the Apex Lifestyle Small Cell:
• Advanced Scheduler support including Round Robin algorithms in time and
frequency domains
• QCI class aware scheduler
• CQI based MCS selection
• QoS aware scheduling based on QCIs
• Wideband CQI reporting
• Frequency Hopping
• Normal cyclic prefix
• Semi-Persistent Scheduling for VoIP
• Per bearer UL scheduling priority for multi bearer UE
• Delay and GBR aware scheduler for QCI=1-4 and custom GBR QCIs
• Periodic mode of CQI/RI/PMI reporting
• DRX in idle & connected mode with Measurement Gap support
• UL & DL RB Mask support
• Sub-band CQI reporting
• UL and DL Frequency Selective Scheduling
• Configurable Advanced Scheduler support including Proportional Fair algorithms
in time and frequency domains