Transcript Network Operator Presentation

The iDirect Difference
Enterprise Class IP Application Support
Application QoS, System QoS
Highest Return Rate (Up to 4.2 Mbps)
Integrated Security (3DES/AES)
Real-time Traffic Management (VoIP, Video)
Unparalleled Configuration Flexibility
Access Multiple Satellites from Single Hub
Real Private Networks
Five Function Remote
Most Efficient Use of Transponder Capacity
Save 30-50% Space Segment
Turbo Product Codes and Adaptive Inbounds
iDirect Deterministic TDMA
Lowest Total Cost of Ownership
Reduction in space capacity cost (IP bit/Hertz)
Low Capital Entry Cost
1
iDirect Enabled Partners
2
Market Presence
iDirect Technologies Fills The Gap Between Narrowband VSAT and Dedicated SCPC
i- D I R E C T
Market Type
Narrow Band POS
Access Method
Slotted Aloha
Topology
Narrowband
Shared
Dedicated
Functions
Transaction/POS
Enterprise Applications
Telco/Video Broadcast
Return Data Rates
16K – 128K Service
128K – 4.2Mb
1Mb – 45Mb
Broadband
D-TDMA
SCPC
Dedicated SCPC
3
iDirect Advantages
Field Proven Technology
● 150+ Hubs Sold to 50 Operators
● Thousands of VSATs in Operation
● Very Reputable Organisations Use iDirect
Lowest Total Cost of Ownership in the Industry
● Capital Cost + Operations Cost + Support Cost
Technology allows many different Types of Services
● Voice
● Virtual Private Networks (VPNs)
● Real Private Networks
● Built-in Security
● Different Levels of Service
● Built-in IP Applications Support
4
iDirect Advantages
Scalability
● Multiple Bands or Satellites from same hub
● Not limited to 15 inroutes. Scale as you need
● Different Carrier Sizes (1 bps Granularity)
Bandwidth Efficiency
●
●
●
●
Lowest Satellite Space Segment for similar IP Throughputs
Smallest Carrier Spacing
Automatic Uplink Power, Timing, Frequency Offset Control
MF-TDMA with D-TDMA Access Algorithm
Flexibility
● One Carrier can support Multiple Types of Service (CIRs etc.)
● Different Topologies from same Hub
Reliability
● Technology used in Medical, Military, Emergency Deployments
● Field Proven over 3 years
5
Remote Configuration
IP Router
Application QoS
TCP Accelerator
Satellite Modem
Encryption
Simple Deployment…
• Integrated, single box solution
• Standard IP/Ethernet Connection to LAN
• No power needed at VSAT Antenna
• Centrally Managed
6
iDirect Next Gen. Remote Satellite Routers
iDirect 3000
Entry Level - Optimized
for Internet Access,
Basic Voice and Video
18 Mbps/4.2 Mbps IP
Data Rate
Adaptive Channel
Application QoS
TCP Optimization
Star Mode Only
iDirect 5000
iDirect 7000
Business Critical
Applications for Enterprise
Customers
Military and Custom
Applications
18 Mbps/8.4* Mbps IP
Data Rate
18 Mbps/8.4* Mbps IP
Data Rate
PCI Slot
Adaptive Channel
Compression
Application QoS
TCP Optimization
8-Port LAN Switch
Adaptive Channel
Compression
Application QoS
TCP Optimization
8-Port LAN Switch
Mesh Mode (Optional),
SCPC Mode,
AES/3DES Link
Encryption (Optional)
Mesh Mode, SCPC Mode
AES/3DES Link
Encryption (Optional)
Model Star Mesh SCPC Security
Model 3100 – Star Only
5100
X
X
5150
5300
5350
X
X
X
X
X
X
X
X
X
Model Star Mesh SCPC Security
X
7300
7350
X
X
X
X
X
X
X
7
The iDirect Solution (example)
By simply adding a separate line
C or Ku-Band Satellite
card, the iDirect solution can
support different topologies
from the same chassis
It can also support multiple
satellite links
SCPC
Connection
The new iDirect Hub Chassis Line Card supports
network speeds of 18 Mbps Downstream, and 4.2
Mbps Upstream.
A single 20 slot Hub Chassis supports aggregate
speeds of 360 Mbps.
Network
Operator
Teleport
SCPC Topology
iDirect
Broadband
VSAT Hub
Star
Connection
Mesh Connection
Star Topology
Internet/
Leased
Line/MPLS
iDirect Satellite
Router
Star/Mesh Topology
iDirect's Broadband VSAT Network System Provides Highly Reliable, Secure, Two-way TCP/IP Transmission for
High Speed, Multi-media Service Applications on any Topology (Star, Star/Mesh, Point-to-Point/SCPC)
8
The iDirect Solution
Networking iDirect Cards together
SCPC
Connection
C or Ku-Band Satellite
SCPC Topology
iDirect
Broadband
VSAT Hub
Star
Connection
Mesh Connection
Star Topology
Internet/
Leased
Line/MPLS
iDirect Satellite
Router
Star/Mesh Topology
iDirect's Broadband VSAT Network System Provides Highly Reliable, Secure, Two-way TCP/IP Transmission for
High Speed, Multi-media Service Applications on any Topology (Star, Star/Mesh, Point-to-Point/SCPC)
9
iDirect Value to the Network Operator
Bandwidth Efficiency
more.....
● Save Typically 40-50% Satellite Space segment when compared to
competitive products, for the same IP performance
Scalability
more.....
● Ensure growth of technology with business demand
Superior Traffic Management
more.....
● Proper Bandwidth Management Ensures optimal use of space
segment while guaranteeing application performance
Flexibility
more.....
● Provides the ability to support different requirements using the
same technology
Manageability
● Central Management and Simplicity allows better customer service
10
Building an IP Business with iDirect
iDirect 5IF Hub Chassis
Private Network
Mesh Connection
Spare
Spare
Spare
Star
Connection
Ku-Band
Shared
Network
SCPC
Connection
C-Band
Shared
Network
Star and
Star Mesh
C-Band Star and
Mesh Topology
Ku-Band
Private
Network on
Satellite 3
SCPC Remotes
Ku-Band Star
Topology
iDirect's Broadband VSAT Solution Allows One to Scale the Business in a Very Cost-Effective Manner
11
iDirect Hub Products
Hub Chassis
Private Hub
VNO
Mini Hub
Solution for a Teleport
Solution for an
Enterprise
Virtual Network
Operator
Solution for an
Small Enterprise
Full Featured TDMA Hub
Single OB/IB Hub
A Non-Facilities
Based
Satellite Services
Provider
That Desires to
Operate Their Own
Networks
Full Featured TDMA Hub
Single OB/IB Hub
Full Featured MF-TDMA
Hub
Extremely Flexible and
Scalable Hub
Support for Star, Mesh,
SCPC Topologies
1IF and 5IF Models
Support for Star and
Mesh Topologies
Limited to 15 or 30
Remote Sites
Support for Star and
Mesh Topologies
12
iDirect Hub Chassis
Compact, 20 Slot, 10U, 19” Rack Mountable *
Scalable – Grow As You Need
Flexible
●
Multiple Multi-inroute Networks Within the Same Chassis *
●
Multiple RF Outputs – Up to 5 Different Satellites From One Chassis
M:N Universal Line Card Redundancy
N:1 Power and Fan Redundancy
1
2
1
3
4
5
Model 1IF Hub
Model 5IF Hub
13
iDirect Line Cards
Universal Line Cards have one Modulator and Demodulator
Allows an Operator to scale services as needed
Create any type of service (CIR) within one carrier
1:1 or 1:N Redundancy
Hot Swappable
Same cards for any band (Ku, C, Extended C, Ka)
SCPC Service
14
Hub Product Options - VNO
Virtual Network Operator
VNO Line Card
Ideal For Non-facilities Based Providers of Satellite Services
VNO License
Enables Operators to Share a Hub Chassis
VNO NMS
Complete with Separate Network Management Capabilities
VNO PP
Each VNO’s Traffic is Entirely Segregated *
VNO Private or Shared Network
HNO Teleport
VNO NOC
PP
WAN
NMS
VNO NMS
HNO Private Network
HNO Shared Network
Flexibility Slide
15
Hub Product Options – Private Hub
Private Hub
Ideal For Corporations that Need Private Network
TDM/TDMA Star Network with all iDirect Features
Provides One Inbound/Outbound Network Capability
Native IP Replacement of Frame Relay Networks
Supports Standard Outdoor Electronics (BUC/LNB)
Completely Redundant
Remote Site
VoIP
Customer HQ
iDirect
Satellite Router
LAN Switch
WAN
NMS Server(s)
Protocol
Processor(s)
iDirect
Private
Hub
Remote Site
VoIP
LAN Switch
16
Hub Product Options – Mini Hub
Mini Hub
15 Users and 30 User Licenses
Ideal For Managed Small Star Service
TDM/TDMA Star Network with all iDirect Features
Provides One Inbound/Outbound Network Capability
Supports Standard Outdoor Electronics (BUC/LNB)
No Redundancy
Remote Site
VoIP
Customer HQ
iDirect
Satellite Router
LAN Switch
WAN
NMS Server
iDirect
Min Hub
Remote Site
Protocol
Processor
VoIP
LAN Switch
17
iDS Software
IP Routing Software
●
●
●
RIPv2
Static Routes
IGMP, IRDP
Performance Enhancement
●
TCP Acceleration, HTTP Acceleration, RTTM
Feature Set, cRTP
IP Features
●
●
●
Local DNS Caching
DHCP and DHCP Helper
NAT (PAT)
Quality of Service and Filtering
●
●
●
●
●
System QoS - Rate Limits, CIR (Dynamic &
Static), Minimum CIR
CIR Reallocation, Sticky CIR, CIR by
Demand, Group CIR
Application QoS - Class Based Weight Fair
Queuing
Filters – Access Control Lists (ACL)
QoS by VLANs
Centrally Managed Slide
Layer 2 Features
●
●
●
802.1q VLANs
802.1p Priority Bits
MTU Auto-discovery Integrated with
TCP Acceleration
Security
●
●
●
AES/3DES Encryption (Optional)
FIPS Certified Version (Optional)
Hub Authentication
Satcom
●
●
●
●
●
●
●
Turbo Product Codes FEC
L-Band (Ku/C/Ka)
QPSK. BPSK, 8PSK*
Interface to Integrate with Autopointing Antenna’s
Automatic Uplink Power Control
TDMA, Mesh and SCPC
Mobile Mode (Secure/Insecure)
Management
●
●
●
Centralized Management
Over the air upgrades
Configuration Backup & Rollback
18
Manageability – Network Operator
Central Management and Simplicity allows better customer
service and support
Industry Leading NMS
Integrated Features Management
Centrally Manage all Remotes (Software Updates and
Configurations)
Lower Operations Costs
19
iDirect Network Management System
Integrated NMS System
●
ALL Features Manageable from NMS

Application QoS, CIR, VLANs, IP
Comprehensive Network Management System
●
Configuration, Monitoring, Fault Isolation, Analysis
●
Client-Server, 3-Tier Architecture
●
Modularity, Flexibility, Simplifies Maintenance
Linux Server Back-End
●
Performance, Stability, Maturity, Accessibility
Linux Back-End
Remote
User
SQL Database
Server
Suite
iMonitor
Configuration,
Firmware Updates
NOC
Station
SNMP Proxy
Monitor,
Report
Control
Config
Database
iBuilder
NOC
Station
Monitor and
Control
Realtime
Archive
iDirect
iDirect
VSAT
VSAT
Networks
Networks
Realtime
Network Data
Archive
Consolidation
iBuilder
iMonitor
20
iBuilder Screen Shots
Major Network Components
Accessed Through Tree View
Intuitive & Information Rich
Data Entry Forms
Template Based
Configurations
21
iMonitor Screen Shots
IP Activity by Protocol
Inroute Slot Allocation
Before/After Rate Shaping
Historical Data
22
Components of the Global Edge Connect
Solution
iDirect VSAT and Hub
● Used for Backhaul
Terrestrial Wireless Solution
● WiFi Access Distribution
iCAS Compression Server Solution
● Compression of Web Traffic on the Outbound
● Saves Expensive Bandwidth
OSS/BSS Solution
● Billing, Accounting, Configuration, Provisioning, Activation,
Customer Care, Alarms and Management
23
Overview of Major Subsystems
DTH VSAT
Central
Hub
iDirect
5IF or 1IF
Hub
OSS/BSS
Hotzone
Gateway
Teleport’s
RF Chain
iDirect
VSAT
System
iDirect Protocol
Processor
Upstream
Router
Enterprise LAN or
Residential PC
Ku-Band
Transponder
C-Band
Transponder
VSAT Trunk
iDirect
NMS
Wi-Fi
Access Wi-Fi
CPE
Point
Relay
Load Balancer
iDirect
Compression and
Acceleration
Servers
Internet
Wi-Fi
Access
Point
Relay
Edge Router
with Firewall
NMS/OSS/BSS
Server
OSS/BSS
Hotspot
Controller
(Optional)
Long Range
Wi-Fi
Access
Point
Satellite Earth
Station at Center
of Each City
Enterprise
LAN
Residential
PC
Wi-Fi
CPE
24
Application Performance – End Customer
Optimized For IP Applications *
TCP Optimization (TCP and HTTP) *
Real Time Traffic Management Features (Voice, Video) *
Built-in Encryption (AES/3DES) *
External Acceleration/QoS *
Transactions
VoIP
Financial
Applications
Citrix
Oracle
Web Browsing
ERP Solutions
IPSec
Customer Value Slide
25
Scalability – End Customer
Up to 18.0 Mbps downstream
Up to 4.2 Mbps Upstream
Rapid Bandwidth Allocation
Configurable Data Rates *
Committed Information Rates *
Increase Bandwidth as needed
Customer Value Slide
26
High Network Availability – End Customer
Superior Error Correction Techniques Eliminate Weather Related
Performance Degradation *
Automatic End-to-End power control
● Overcomes rain fade conditions especially when using Ku-Band
Reliable Hardware
● Field Proven over 3 years
Adaptive Inbound Channels (Q4 ’05) *
Customer Value Slide
27
Flexibility – End Customer
Star Topology
SCPC Topology
PointPoint-ToTo-Point Topology
R
Star/Mesh Topology
R
• Trunking Application
• Most Existing Networks
• SCPC
Encrypted Networks
Star Topology
R
R
HQ
R
R
R
R
R
R
•
•
•
•
•
Star/Mesh Topology
R
HQ
R
Remote To HQ Network
Centralized Data
TDMA, SCPC
Broadcast out to Sites
Data
R
R
R
•
•
•
•
•
R
Connectivity To All Sites
Centralized and Distributed Data
TDMA, SCPC
Mesh for Voice and Video
Star for Data
Customer Value Slide
28
Centrally Managed – End Customer
Integrated Single Box Solution *
● (Modem, Router, QoS, Encryption, Acceleration)
iDirect iDS Software *
Centrally Managed *
Customer Value Slide
29
Enterprise Class Application Support
End Customer Type
Application Description
Financial Services
Access Secure Transactions for Affiliated Sites. Access Secure Transactions for
Financial Transactions at Each Site.
Oil & Gas
Transmission of Real-Time Data & Voice from Remote Trucks in Field and Offsite
Drilling Rigs.
Military
Provide Army Units Maintaining Force Readiness with Access to Stock Databases
Worldwide.
Medical
Provide Communication of Real-Time Data for Emergency Personnel in Field.
Internet Service Provider
Provide High-Speed Internet Access with SLAs. Provide value add services such as
WiFi.
Insurance
Provide Solution that Delivers Immediate Connectivity at Catastrophic Sites for
Insurance Claims Processing and Voice Communications.
Carrier
Supplement Connectivity Options Allowing Access Anywhere in the World onto
Their MPLS Backbone Network.
Application Performance Slide
30
Bandwidth Efficiency – Network Operator
Pure IP over the Air (No MPEG or ATM Encapsulation)
Highest IP Throughput (~ 98% Payload efficiency) *
Automatic Power, Frequency & Timing Control (Highly Efficient
TDMA)
Rapid Dynamic Allocation Algorithms & MF-TDMA *
cRTP Reduces VoIP Bandwidth by more then 50%
1.2 Carrier Spacing – Save ~15%
Adaptive Inbound Channel (Q4 ’05) *
NetOp. Value Slide
31
Scalability – Network Operator
Scale the Hub with Business Demands and Growth *
Multiple Outroutes in One Chassis *
Up to 5 Satellites from one chassis *
Multi-Inroute MF-TDMA Networks (Varying Sizes) *
Carriers can grow in 1 bps increments
Add Capacity and Processing Power only as needed
Line Card technology allows one to scale as required
NetOp. Value Slide
32
Traffic Management – Network Operator
Superior Traffic Management allows an operator to use the
bandwidth in an optimal manner while guaranteeing application
performance
CIRs, Minimum and Maximum Rates per Remote
Dynamic CIR assures Rapid Allocation of Bandwidth *
Application-QoS provides Better Performance *
End-to-End VLANs Segregates Customers Traffic *
AES/3DES Encryption Provides Security (by remote) *
Enables SLA Assurance to Customer
Voice
email
ERP
NetOp. Value Slide
33
Flexibility – Network Operator
Flexibility allows one to deploy and support different market
requirements using the same technology
MF-TDMA Star or i-SCPC or Star/Mesh *
Supports C/Extended-C/Ku/Ka-band
Mobile Mode Support *
Any Transponder on Satellite
Support for Virtual Network Operators *
NetOp. Value Slide
34
Real Time Traffic Management
5
Outroute
Network QoS Ensures proper priority across shared medium *
Inroute
3
1
7
QoS, SAR, CIR
on the outroute
CIR (Static or Dynamic, application Triggered)
2
5
75
NM-1
4
Feathering of Timeslots minimizes jitter affects *
Hub
2
SAR, Fragments and Interleaves to ensure proper dequeuing *
NM-1
1
6
QoS identifies, classifies and prioritizes traffic *
cRTP reduces overall
bandwidth required
Application Performance Slide
35
Central Management
Simple and Easy to Use Remote Management
Centralized Software Updates
Firmware Updates
Configuration Changes
●
Application QoS Configuration
●
VLAN / IP Configuration
●
AES/3DES Encryption
Bandwidth Changes
Multicast Upgrades
●
Reliable/Unreliable
Central Monitoring
●
Remote Health
●
Satcom Statistics
●
IP Statistics
Centrally Managed Slide
36
TCP and HTTP Acceleration
TCP and HTTP Acceleration Available in Both Directions
Queues
Retransmission
Resequencing
Satellite
www.iDirect.net
iDirect Remote
TCP Session
Enhanced
TCP Session
Customer
Hub/Switch
Hub
TCP Session
Internet
Router
User
•
TCP Acceleration Process
•
Maintains TCP Session with Server
•
Maintains TCP Session with Remote (Optimized for Satellite Link)
Application Performance Slide
37
AES/3DES Link Encryption Security
TCP Acceleration
Application QoS
Encrypted Line
Headquarters
LAN/WAN
3DES
Link
Encryption
Hub
Remote Site
IP Router
iDirect Satellite
Router
Protocol
Processor
Secure
VPN
Remote Site
IP Router
iDirect Satellite
Router
Internet
Unencrypted Line
Enterprise Security without Affecting Performance
Retains the Benefits of TCP Acceleration and QoS
Traffic Management Slide
Application Performance Slide
38
External Encryption Architecture
Enterprise Specified
Secure Link
Headquarters
Hub
Corporate
Standard
Link
Encryption
iDirect NA
Data Accelerator
Application QoS
Remote Site
iDirect Satellite
Router
iDirect NA
Data Accelerator
Application QoS
External
Encryption
External
Encryption
Use Enterprise Specified Security/Encryption Devices
Data Security without Affecting Performance
Retains the Benefits of TCP Acceleration and QoS
Application Performance Slide
39
Configuration Flexibility
512 kbps / 128 Kbps
Small Remote Site
Router
1 Mbps / 256 Kbps
Medium Remote Site
Router
2 Mbps / 512 Kbps
With 32 kbps CIR
Large Remote Site
Hub
Router
•
Each Remote Can Configured With a Different Bandwidth
•
Increased Bandwidth to a Remote through Configuration
•
Configure CIRs, Minimum and Maximum Rates
•
MF-TDMA provides efficient Bandwidth usage
Scalability Slide
40
Competitive Solution vs. iDirect
Typical Remote Site Implementation
Complex, Expensive, Multiple Points of Failure, Difficult to Manage, Support
Packeteer
QoS/Prioritization
Mentat
TCP Acceleration
Cisco
IP Router
70 Mhz – Ku
Up-Converter
Non-iDirect
Satellite
Modem
70 Mhz
Ku-Band
70 Mhz – Ku
Down-Converter
Server
VoIP
iDirect
TCP/Web Acceleration
QoS/Prioritization
3DES Encryption
IP Router
Satellite Modem
Up-Converter
L-Band
Ku-Band
Desktops
LNB
Simple, Integrated, Full-featured, Cost Effective
Centrally Managed Slide
41
Static CIR & Dynamic CIR
Static CIR
●
Committed to Site even if it is not used
CIR
Bandwidth Allocated to R1 even
if there is no traffic at Remote
Shared Pool
R1
• Dynamic CIR
– Allocated to a remote only when traffic present
– < 1 sec allocation time
– Allocation may be triggered by an Application
Bandwidth Allocated to R1
in best effort manner
CIR Bandwidth Allocated to
R1 since Application
Triggered Dynamic CIR
CIR
Shared Pool
R1
Traffic Management Slide
Scalability Slide
Shared Pool
R1
Data Traffic
Shared Pool
R1
Voice Traffic
42
iDirect TPC vs. RSV Downstream
BER Performance
RSV requires 1.5 dB
incremental power to provide
the same level of service.
1.E+00
Other RSV
1.E-01
1/100
bits lost
1.E-02
Other RSV
1.E-03
Shannon
Limit
1.E-04
At 5dB
Eb/No
BER
1.E-05
1.E-06
1.E-07
iDirect
1/100,000,000
bits lost
iDirect
1.E-08
1.E-09
1.E-10
1.E-11
1.E-12
0
1
2
3
4
5
6
7
8
9
Eb/No
Standard Network Operating Range
High Availability Slide
43
QoS and Prioritization Features
• Application QoS - Enables real-time classification,
and prioritization of data traffic
• Traffic prioritization can be performed using
•
Source and/or Destination IP Address
•
Source and/or Destination IP Subnet
•
Source and/or Destination Port Number
•
Source and/or Destination Port Range
•
Diffserv and ToS Bits
•
VLAN ID
•
Protocol (TCP, UDP, HTTP, ICMP, IGMP)
LAN Traffic
Service
Queues
• Configurable Queue Lengths For Each Service Level
• A percentage of bandwidth assigned to each
service level
Satellite
Network
• Configurable drop policy
• Traffic can be rate limited in both directions
Traffic Management Slide
RTTM Slide
44
Network QoS
Hierarchical Prioritization Capability
Most Flexible QoS Capability in Industry
Most Comprehensive Prioritization Capability
Network QoS - Coupled with CIR guarantees service at the network level
●
Prioritize real-time traffic over non-real-time traffic across shared satellite bandwidth
●
Allocates traffic demand for each remote appropriately
Network
Inroute 1
Prioritization
rt
Inroute 2
nrt
rt
Inroute 3
nrt
rt
Inroute 4
nrt
rt
nrt
rt - Real-time Traffic (e.g. VoIP)
nrt - Non-Real-time Traffic (e.g. FTP)
Prevents non real time traffic from one remote impacting
Real Time Traffic on a different and unrelated remote
RTTM Slide
45
SAR – Segmentation and Reassembly
Packet Arrival Time
FTP Packets (1500 Byte)
5
4
3
2
1
RF Out
Dequeue
j
i
h
g
f
e
d
c
b
b
a
1
The Large FTP Packet
will delay voice in a
congested state
a
VoIP Packets (60 Byte)
QoS Distributor
FTP Packets (1500 Byte)
6
4
5
4
4
4
3
3
3
3
2
2
2
2
1
1
1
1
RF Out
SAR
Dequeue
k
j
i
h
g
f
e
d
c
b
a
VoIP Packets (60 Byte)
QoS
Distributor
d
1
c
b
a
1
As packets are divided
into equal sized
packets, a voice packet
has to wait a maximum
of one burst.
RTTM Slide
46
Timeslot Feathering Allocation
Bandwidth allocated to R1
1
2
3
4
5
6
7
8
9
10
11 12 13 14
75
R1
VoIP Packets
VoIP Packets
Frame 1
VoIP Packets
Frame 2
Delay
Frame 3
Delay
Significant variation in delay causes jitter.
VoIP Packets
Frame 1
VoIP Packets
Frame 2
VoIP Packets
Frame 3
Delay
Minimal variation in delay significantly reduces jitter.
RTTM Slide
47
Multiple Outroutes Per Chassis
1
2
1
3
Transponder 1
1
2
4
Transponder 2
4
1
2
4
3
1
Transponder 3
2
3
3
4
Transponder n
•
Multiple Outroutes in one Chassis
•
Carriers can be on multiple transponders
•
Highly Scalable Carriers 128K-9M (1 kbps increments)
•
Multiple Private Networks Per Chassis (Up to 20 Solo-Networks)
•
This example has 4 multi-inroute networks
Scalability Slide
48
iDirect’s Ability to Scale
Satellite 1
11 11 2
Transponder 1
Satellite 2
2
1
Transponder n
1 1 2
Transponder 1
C-Band
2
1
Transponder n
Satellite 3
• One Hub Chassis provides access to…
•
Any Transponder on satellite
•
Up to 5 different satellites
2 1
Transponder n
1 1 2
Transponder 1
Ku-Band
• Supports C, Ku, Ka Bands Simultaneously
Satellite 4
1
1
Satellite 5
1 1 2
Transponder 1
2 1
Transponder n
Extn. C-Band
Ka-Band
• 200 Khz Minimum Requirement
•
Compared to 4 MHz min for DVB systems
• Multiple Outroutes of 9 Mbps Each with a
Max. of 182 Mbps Aggregate Forward
Channel Capacity
•
Compared to 68 Mbps Max for DVB Systems
Scalability Slide
49
Hub Slot Groups – Configuration Example
Slot 20
Slot 19
Slot 18
Slot 17
Slot 16
Slot 15
Slot 14
Network 3
Slot 13
Slot 12
Slot 11
Slot 10
Slot 9
Slot 8
Slot 7
Network 2
Slot 6
Slot 5
Slot 4
Slot 3
Slot 2
Slot 1
Network 1
Upstream
(inroute)
Slot Group 1 Slot Group 2 Slot Group 3
Network 1
•
•
•
•
•
Slot Groups 1,
Network 1 has
Network 2 has
Network 3 has
Network 4 has
Network 2
Spare
Spare
Downstream
(Outroute)
Slot Group 4
Network 3
Network 4
Slot Group 5
Network 4
Available Slot
2, and 3 are Jumpered on the Backplane to share timing
one outroute and 11 inroutes (or some spares ex, 10 inroutes and one spare)
one outroute and one inroute (does not use timing on the backplane)
one outroute and 3 inroutes (one Spare)
one outroute and 3 inroutes
iDirect Hub Slide
50
Frequency Hopping – MF-TDMA
Fast Hopping MF-TDMA
Inroute Group 1
Downstream
9 Mbps
512
Kbps
512
Kbps
Inroute Group 2
2 Mbps
2 Mbps
Hub
Group 1
Remotes
Group 2
Remotes
Bandwidth Demand Analysed and Allocated 8 Times Per Second
“Fast” frequency hopping, on a burst-by-burst basis
Remotes can be configured with Min. CIR, Max. Rate, and Dynamic CIR
Application Triggered Dynamic CIR ensures high bandwidth efficiency
Bandwidth Efficiency Slide
51
iDirect D-TDMA Network Architecture
Upstream
64K – 4 M
Downstream
128K – 18 M
4 Mbps
1
2
5
n
3.99 Mbps
1 kbps
Burstable Bandwidth
R3
R1
R2
Hub
Remotes
• Each Remote get a certain dedicated Bandwidth
• Bandwidth Allocated to Each Remote Dynamically
• Multiple times a second
• Bandwidth allocated based on
• Queue Depth at each remote
• CIR Configuration
• QoS/Prioritization Configuration
• Rate Limiting at each remote
Bandwidth Efficiency Slide
52
Multiple Inbounds per Outbound
Upstream
64K – 4 M
Downstream
64K – 18 M
Hub
Remotes
Remotes
Remotes
Remotes
Scalability Slide
53
End-to-End VLANs (802.1p/q)
VLAN 31
Remote 1
Remote 3
10.0.1.0/24
10.0.2.0/24
VLAN 22
Remote 2
10.0.1.0/24
VLAN n
Remote 1
Remote 3
66.0.2.0/24
66.0.9.0/24
Remote 3
66.0.1.0/28
Remote 4
66.0.1.17/28
VLAN 31
10.0.1.0/24
Remote 1
VLAN n
66.0.2.0/24
Remote 2
VLAN 22
10.0.1.0/24
VLAN 31
10.0.2.0/24
VLAN n
66.0.9.0/24
IP/MPLS
VLAN 31
Leased
Lines
VLAN 22
Protocol Processor
VLAN n
Internet/
VPN
Remote 3
IP over Ethernet
IP over Ethernet
66.0.1.0/28
IP over Ethernet
66.0.1.17/28
• Private Networks
• Map to MPLS/ATM/Leased Lines
Remote 4
• Closed User Groups
• Overlapping Private Addressing
• QoS Per VLAN
Traffic Management Slide
54
iDirect Mobile/Maritime Solution
Support for Moving Trucks and Ships
Solution Requires a Stabilized Antenna Platform
External GPS Interface (RJ-45 Console Port)
●
Provides Current Lat/Long Information (NMEA Standard)
Remote Consults the GPS to Acquire or Re-acquire Into the Network
Hub Will Maintain Connectivity With Remote As It Moves
●
Timing Offsets, Frame Start Delay, Etc.
Integrated Into Network Management System
●
Point and Click Configuration Within iBuilder
Flexibility Slide
55
Typical DVB Implementation (1 network) Vs.
iDirect IP Implementation (Up to 20 Networks)
Typical DVB Hub
Typical iDirect Hub
Router
QoS/Prioritization
DVB Encapsulator
Satellite Modem
Up/Down Converter
Real Time NMS
LAN Switch
Protocol Processor
NMS Server
LAN Switches
Non-Real Time NMS
Net Enforcer Server
Modulator
Demodulators
Demodulators
iDirect Hub
w/Universal Line Cards
iDirect Hub Slide
56
iDirect Scale As You Grow Solution
NMS Server (s)
Spare
Spare
Net 1
& Net
Net
1 PP3 PP
Chassis 1
Or
Private Hub
Net
Net22PPs’
PP
Net 1
Net 2
Net 3
Net 4
R
Net 5 PP
Internet/ WAN
Spare PP
Chassis 2
Net 4 PP
R
Net 4 NMS
• Increase Carrier Size in 1 kbps steps (Outbound or Inbound)
• Add additional inroutes of any size as needed
• Add new network either on same satellite or new satellite, sharing the same NMS
• Add more inroutes and additional PP for a network (auto load balancing)
• Add new network and share NMS Server and PP (Net 3)
• Add new network and its own NMS Server and PP. Traffic completely isolated (Net 4)
• Add new chassis and new network with its own PP and new NMS server
NetOp Scaling Slide
57
VNO – Responsibilities
Host Network Operator
Virtual Network Operator
Provides Hub Chassis and Facilities
Buys VNO Package includes
Manages Hub Chassis & Line Cards
Manages QoS Profiles
Provides Connectivity to VNO NMS Clients
●
Line Cards
●
NMS Software
●
Protocol Processor
●
NMS Server
Does Management of Remotes
●
Commissioning, Configurations, Monitoring
Provides Space Segment and RF
HW Warranty Provided by iDirect
NMS Server
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
Spare NMS
Slot
Slot
Slot
Slot
Slot
Slot
Slot
Slot
Slot
Slot
Slot
Slot
Slot
Slot
Slot
Slot
Slot
Slot
Slot
Slot
Provides Technical Support
Internet/
WAN
Spare
Net 2 PP
Spare
Spare
Net 1 PP
Spare PP
R
Net 1
VNO PP
VNO
Network
Net 2
VNO NMS
VNO Slide
58
Star/Mesh Architecture
MF-TDMA Upstreams
Enterprise
HQ
TDM
Downstream
Star Connection
Mesh Connection
Star TDM Downstream
and Mesh Control
Backbone /
Internet
Hub
Remote A
Remote B
Typical Networks with Mesh Requirement have only about 5% traffic using Mesh
Primary function is for Voice and Video
95% of traffic typical Data in star mode
Flexibility Slide
59
Adaptive Inbound Channel – Q4 2005
MF-TDMA Upstreams
TDM
Downstream
Hub
Remote A
Clear Sky
Remote B
Moderate Rain
Remote C
Heavy Rain
Example: Transmitting
QPSK with 0.793 FEC
Example: Transmitting
QPSK with 0.66 FEC
Example: Transmitting
BPSK with 0.66 FEC
IP BW 500 kbps
IP BW 370 kbps
IP BW 250 kbps
Adaptive Channel allows a remote to operate in a carrier at a different modulation
and FEC based on weather conditions at that site
Modulation and FEC can be changed on a burst-by-burst basis
Much higher availability of service
Network Availability Slide
Bandwidth Efficiency Slide
60