Saving Bandwidth made Easy and Affordable DATUM SYSTEMS M7 Modular Series Introduction June 2015

Transcription

1 Saving Bandwidth made Easy and Affordable DATUM SYSTEMS M7 Modular Series Introduction June 2015

2 Company Highlights Manufacturer of Low Cost Bandwidth Efficient Satellite Modems Highly Respected Company in San Jose, California USA Solely Focused on Quality Satellite Modems for Over 20 Years Innovative and Modular Modem Platforms for SCPC/MCPC Specializing in SCPC Point-to-Point, Point-to-Multipoint, Mesh & SCADA Released 4 th Next Generation Modem M7 Modular Series New Card Based Modular Modem Design that s Future Proof Leaders of Smart Features and Affordability 25,000+ Modems Sold Worldwide June 2015 Rev Datum Systems Proprietary 2

3 New M7 Modular Base Modem Series with Smart Technology The most modular, flexible and future proof modem imaginable M7 / M7L / M7D / M7LD Compact 1/2 Rack Wide Space Saver (50% Savings) IF or L-Band Modem or Dual-Demod M7 Side x Side Full Featured 1:1 Redundancy in 1RU 2 Units in a Single Rack Modem or Dual-Demods 4 Independent Demods in 1 RU M7LT Remote Sat-Terminal L-Band High Stability BUC & LNB Power M7 Modem Card Sets Stand-alone IF or L-Band DC Power Advanced Web Interface Modem, Mod or Demod Dual-Demod Configurable June 2015 Rev Datum Systems Proprietary 3

4 Compact and Efficient Design Earth Station Benefits - Saves Rack Space - Power Efficient Design - Smaller Shipping Containers - Lower Shipping Costs Desktop M7 / M7L / M7D / M7LD Mounting Options - M7/M7L/M7D/M7LD June 2015 Rev Datum Systems Proprietary 4

5 M7 Series Rear Panel Options M7, M7L M7D, M7LD M7, M7D IF Version (BNC) M7L/M7LD LB Version (SMA) June 2015 Rev Datum Systems Proprietary 5

6 M7 Superior Modularity Future Proof Flexible Slots Fast Card Level Repairs Low Cost Spares Easy Hardware Replacement Easy Key SW Upgrades Data Rate Increases Modulation Types FEC Types June 2015 Rev Datum Systems Proprietary 6

7 M7LT Remote Terminal Professional SCPC Remote Terminal Most Flexible Featured Modem Low Cost Highly Reliable and Rugged Supports Independent Outbound/Inbound Data Rates June 2015 Rev Datum Systems Proprietary 7

8 M7LT Features and Flexibility Same M7 Rear Configuration Features Integrated BUC/LNB Power High Stability 10 MHz Reference Common M7 Interfaces Light Weight only 11 Deep Rear Panel RF Connections TX Out N(50Ω) or F(75Ω) Type RX In N(50Ω) or F(75Ω) Type BUC and LNB Indicators Common M7 Assemblies Interfaces, Controller, Front Panel, Backplane June 2015 Rev Datum Systems Proprietary 8

9 M7LT Input and BUC PS Options Features AC and DC Input Optional 5 BUC Power Supply Options LNB Power 13 and 18 VDC BUC P.S. Location BUC Power Supply Input Voltage BUC Power Supply Output Voltage BUC power Supply Power Rating BUC power Supply Max Current VAC 24 VDC 100 Watt 4.2 Amps VAC 24 VDC 120 Watt 5.0 Amps VAC 48 VDC 100 Watt 2.1 Amps VAC 48 VDC 150 Watt 3.2 Amps VAC 48 VDC 240 Watt 5.0 Amps VDC 24 VDC 100 Watt 4.2 Amps VDC 24 VDC 120 Watt 5.0 Amps VDC 48 VDC 100 Watt 2.1 Amps VDC 48 VDC 150 Watt 3.2 Amps VDC 48 VDC 200 Watt 4.2 Amps Available Input & BUC Power Options June 2015 Rev Datum Systems Proprietary 9

10 Standard Features and Highlights IF MHz or L-Band 950 to 2150 MHz (M7LT L-Band Only) TX/ RX Carrier Filter Roll-Off Values: 5, 8,10,15,20,25,30,35,40% AUPC Point-to-Point, Point-to-Multipoint or Mesh Modes Compact Space Saver, Light Weight and Lowest Power Highly Configurable Modem Platform with many Software Upgrade Features Full Modem, Mod-Only or Dual Demod Configurations Viterbi, Reed Solomon (Optional FlexLDPC SW Upgradeable, TPC HW Option) Best Spectral Efficiency of ANY SCPC Modem Lowest Latency in Industry, <15 ms at 64 kbps ¾ QPSK 1.2 kbps to 1 Mbps (Optional SW Data Rate Upgrades up to 59 Mbps) Unmatched EB/No vs. BER Performance Fastest Carrier Acquisition Time Modulation BPSK, QPSK & OQPSK (8PSK/8QAM & 16QAM Optional) SNMP v1 & v2, plus an Advanced Web Browser Interface MCC for very Efficient Remote Monitor and Control Channels Easy Local and Remote (Over-the-Air) Software Upgrades via Web Browser Up to 99 Store, Recall and Restore Locations (Auto Configuration Recall- ACR) Built-in 1:1 Redundancy Control Meaningful Event Log with over 2000 Time Stamped Events Available June 2015 Rev Datum Systems Proprietary 10

11 Datum Advanced Smart Features FlexLDPC (Flexible LDPC FEC) Sharp Carrier TX/RX Filter Roll-Off Datum s 8QAM Advantage Smart Carrier Cancelling New DVBS2/DVBS2X Card-Sets June 2015 Rev Datum Systems Proprietary 11

12 Most Spectral Efficient LDPC Modem M7 Series Spectral Efficiency: Typical Performance June 2015 Rev Datum Systems Proprietary 12

13 Datum Performance Comparison Datum Competitive Technology June 2015 Rev Datum Systems Proprietary 13

14 FlexLDPC vs. TPC Comparisons M7 Series: FlexLDPC vs. TPC Typical Performance FlexLDPC vs. TPC Comparisons June 2015 Rev Datum Systems Proprietary 14

15 Sharp Carrier TX/RX Roll-Off Filters TX/RX Roll-off Selections of 5, 8, 10, 15, 20, 25, 30, 35 and 40% to Example: Going from 35% to 8%, bandwidth savings of 20%! Carrier Alpha # of 1Msps carriers % improvement from 0.4 Alpha % 4% 8% 12% 20% 24% 28% 32% 36% June 2015 Rev Datum Systems Proprietary 15

16 Adjacent Channel Sharp Carrier Plots Equal Power Adjacent Channels Sharp Carrier Plot 10 db Higher Adjacent Channels Sharp Carrier Plot June 2015 Rev Datum Systems Proprietary 16

17 Datum 8QAM Reduced Power Advantage Performance Comparisons Relative Peak-to-Average Power Ratios of Modulation Constellation Points Datum Only 1 db Back-off from 8PSK 1.4 db less back-off required than Comtech 0.7 db Overall better performance June 2015 Rev Datum Systems Proprietary 17

18 Datum's 8QAM Performance Advantage Datum Competitive Technology June 2015 Rev Datum Systems Proprietary 18

19 Smart Carrier Cancelling The Smarter and More Affordable Carrier Cancelling!! From To Up to 50 % Bandwidth Savings Channel Capacity Increase of 2 db Robust Operation Nonlinear Compensation Modulation Independent June 2015 Rev Datum Systems Proprietary 19

20 FlexLDPC + Sharp & Smart Carrier Up to 60% Bandwidth Savings! 35% to 8% Roll-Off Be Smart! to Smart Carrier June 2015 Rev Datum Systems Proprietary 20

21 No Canceller vs. Canceller Plot 10 Datum16 K ModCods Shannon Plot w ith Cancelling Bits/Hz Shannon Capacity no Cancelling Datum QPSK Datum 8QAM Datum 16QAM Shannon Capacity, Sy mmetrical Carrier Cancelling Datum QPSK 2 Carriers Shared Datum 8QAM 2 Carriers Shared Datum 16QAM 2 Carriers Shared C/N (db) June 2015 Rev Datum Systems Proprietary 21

22 Datum M7 Comparison Calculator Tool June 2015 Rev Datum Systems Proprietary 22

23 M70 DVBS2/DVBS2X Mod and Demod NEW DVBS2/DVBS2X Card-Sets Independent Mod and Demod Cards Easily Installs in existing M7 Platform M70 DVBS2/DVBS2X Demodulator for M7 M70 DVBS2/DVBS2X Modulator for M7 Sharper Roll-off Filters Increased MODCOD Granularity Higher order modulations: 32APSK/64APSK Data Rates to 350 Mbps (SR = 72 Msps) Easy Hardware Replacement Supports Smart Carrier Cancelling Perfect for DVBS2X Outbound DVBS2X Inbound Point-to-Multipoint Configurations June 2015 Rev Datum Systems Proprietary 23

24 Bits/Hz M70 Card-Set Highlights for DVBS2X Normal Frame DVB-S2X Mode QEF Es/No Bits/Hz Pilot QPSK 13/ No QPSK 9/ No QPSK 1/ No QPSK 11/ No QPSK 3/ No QPSK 2/ No QPSK 3/ No QPSK 4/ No QPSK 5/ No QPSK 8/ No QPSK 9/ No 8APSK 5/9-L No 8APSK 26/45-L No 8PSK 3/ Yes 8PSK 23/ Yes 8PSK 2/ Yes 8PSK 25/ No 8PSK 13/ No 8PSK 3/ No 8PSK 5/ No 8PSK 8/ No 8PSK 9/ No 16APSK 1/2-L No 16APSK 8/15-L No 16APSK 5/9-L No 16APSK 26/ No 16APSK 3/ No 16APSK 28/ No 16APSK 23/ No 16APSK 2/3-L No 16APSK 2/ No 16APSK 25/ No 16APSK 13/ No 16APSK 3/ Yes 16APSK 7/ No 16APSK 4/ No 16APSK 5/ No 16APSK 77/ No 16APSK 8/ No 16APSK 9/ No 32APSK 2/3-L No 32APSK 32/ No 32APSK 11/ No 32APSK 3/ No 32APSK 7/ No 32APSK 4/ Yes 32APSK 5/ No 32APSK 8/ No 32APSK 9/ No 64APSK 32/45-L No 64APSK 11/ No 64APSK 7/ No 64APSK 4/ No 64APSK 5/ No Available Modcods (54 Combinations) DVB-S2X Preferred ModCods Es/No Preferred Modcods for ACM June 2015 Rev Datum Systems Proprietary 24

25 Ultra Efficient Overhead Channel Ultra Efficient Overhead Modem Control Channel (MCC) Supports the following Overhead Capabilities Automatic Uplink Power Control for Point-to-Point (P2P) Point-to-Multipoint (P2MP) Mesh Local to Remote SNMP for Monitor & Control Local Control of SNMP enabled equipment out the Remote IP Control Port Local to Remote Web Browser Connectivity Using local IP Control to Efficiently Access the Remote Modem Web Browser June 2015 Rev Datum Systems Proprietary 25

26 M7 PTMP or MESH AUPC Remote Modem 1 P1 E7 P2 Eth I/O P3 P4 P5 Intf MCC Send Address = 0 MCC Rcv Address = 0 Unit Hub Modulator Dmd (option for AUPC) IF AUPC Remote Path = Local Mod Dmd IF AUPC Remote Path = Disabled Mod IF AUPC Mode = Enabled Intf MCC Send Address = 1 MCC Rcv Address = 1 Unit AUPC Path for Remote Outbound Control P1 P2 E7 P3 Eth I/O P4 P5 IP Control Address = Intf MCC Rcv 1 Address = 0 MCC Rcv 2 Address = 0 Unit Hub Dual Demod A IP Control Address = IP Control M&C Port Number = 9101 IP Control M&C Rmt Path = IF AUPC Mode = Enabled Dmd 1 IF AUPC Remote Path = Out IP Port IF Remote MCC Address = 1 Dmd 2 IF AUPC Remote Path AUPC Packet = Out IP Port IF Remote Path MCC Address = 2 Dmd IF AUPC Remote Path = Disabled Remote Modem 2 Mod IF AUPC Mode = Enabled Dmd IF AUPC Remote Path = Disabled Remote Modem 3 Intf MCC Send Address = 2 MCC Rcv Address = 2 Unit Intf MCC Send Address = 3 MCC Rcv Address = 3 P1 P2 E7 P3 Eth I/O P4 P5 Intf MCC Rcv 1 Address = 0 MCC Rcv 2 Address = 0 Unit Hub Dual Demod B IP Control Address = IP Control M&C Port Number = 9101 IP Control M&C Rmt Path = Dmd 1 IF AUPC Remote Path = Out IP Port IF Remote MCC Address = 3 Dmd 2 IF AUPC Remote Path AUPC Packet = Out IP Port IF Remote Path MCC Address = 4 Mod IF AUPC Mode = Enabled Dmd IF AUPC Remote Path = Disabled Remote Modem 4 Unit Intf MCC Send Address = 4 MCC Rcv Address = 4 Mod IF AUPC Mode = Enabled Unit June 2015 Rev Datum Systems Proprietary 26

27 Easy Plug-in Interface Cards Advanced IP Dual G.703/E1 Drop & Insert Express Ethernet Serial HSSI June 2015 Rev Datum Systems Proprietary 27

28 M7 Series Interface Highlights Express Ethernet 5 Port Bridge Interface 4 Std RJ-45, 1 SFP Port (Layer 2 Switched Bridge) QoS and VLAN (Line Speed 10/100/GbE, Jumbo) Adv IP Interface (10/100/Gigabit Ethernet) Vyatta/Linux Bridge & Router Modes 70,000 Packets Per Second, Jumbo Packets Dual G.703/E1 Full or Fractional E1 (D&I) Supports 2 Independent G.703/E1 Ports, D&I Fully Independent Time Slot Selections Ultra Low Overhead Synchronous Serial (RS422/RS232/V.35/EIA-530) HSSI Interface Supports full Data Rate of Modem * M7 Supports 2 Full Independent Interface Slots June 2015 Rev Datum Systems Proprietary 28

29 M7 Dual Interface Examples Serial (S7) - Advanced IP (I7) - Dual G.703 (G7) - Express Ethernet (E7) - More Combinations Available! Dual G.703 (G7) - Advanced IP (I7) - June 2015 Rev Datum Systems Proprietary 29

30 M7/M7L/M7LT Web Browser Unit Page Example Summary Page Example June 2015 Rev Datum Systems Proprietary 30

31 WB Configuration Examples Cont Mod IF Page Example Demod Data Page Example June 2015 Rev Datum Systems Proprietary 31

32 Live Web Browser Monitors Spectrum Analyzer Page Example I/Q Constellation Page Example June 2015 Rev Datum Systems Proprietary 32

33 IP (E7 & I7) Web Browser Statistics Idle packets sent in place of unused bandwidth for live PER I7/E7 IP Statistics Page Example June 2015 Rev Datum Systems Proprietary 33

34 M7 Series Event Log June 2015 Rev Datum Systems Proprietary 34

35 Software Downloads via Web Browser June 2015 Rev Datum Systems Proprietary 35

36 M7 Advantages over PSM-500 Backward compatibility with the PSM-500 Series Same low price as PSM-500 Smaller, lighter and more power efficient IF is now 50 to 180 MHz in same chassis Extended TX/RX L-Band Frequency range of 950 to 2150 MHz Sharper TX/RX Roll-offs all the way down to 5% (standard with all modems) Real time clock with event monitoring and event logs Advanced Web Browser interface Easy Software Downloads Spectrum Analyzer and I&Q Constellation monitoring Efficient MCC In-Band Channel for Remote Web Browser access Efficient MCC In-Band Channel for Remote SNMP access Super Efficient Multiplexer for ESC Channel (supports 300 bits to 3 Mbps) Dedicated Remote IP interface (Web Browser & SNMP) M7 Advanced IP Interface (I7), supports 70,000 + PPS Low cost 4 Port Layer 2-Bridge Express Ethernet interface (E7) -supports SFP Port for Optic Fiber Plug-in QoS and VLAN standard with Express Ethernet Interface (E7) Preprogrammed E7 interface for both Hub and Remote PtP, PtMP and Mesh applications Efficient and time independent Dual G.703/E1 interfaces with fully flexible Drop and Insert timeslots Modular Design, Same basic hardware for Point-to-Point, Point-to-Multipoint and Mesh P2MP AUPC for all return channels Data Rates up to 59 Mbps Same Modular platform supports Modem, Mod-only, Demod-only or Dual Demod in half-rack wide chassis M7LT Model (full-rack wide) supports both AC and DC input versions (5 types of BUC power options each) Future SW upgradeable to ACM June 2015 Rev Datum Systems Proprietary 36

37 M7 Multi-Purpose Platform Point-to-Point On-the Move Point-to-Multipoint Mesh June 2015 Rev Datum Systems Proprietary 37

38 Point-to-Point Link Serial(S7) Five Interface Types Express Ethernet (E7) Advanced IP (I7) HSSI (H7) Dual G.703 (G7) June 2015 Rev Datum Systems Proprietary 38

39 Point-to-Multipoint Network Diagram P2MP Diagram June 2015 Rev Datum Systems Proprietary 39

40 Why MCPC Point-to-Multipoint? Remote Sites Benefit from Shared MCPC Outbound Stat-Mux BW Saving Benefits on Outbound Traffic Supports Full Asymmetrical Traffic Patterns Reduced Cost of Hub Equipment using Multi-Demods June 2015 Rev Datum Systems Proprietary 40

41 Datum Spectral Efficiency vs. leading TDMA Solution Spectral Efficiency (bps/hz) Spectral Efficienc y vs. Required C/N C/N (db) BPSK-2D16S QPSK-2D16S-170B QPSK-2D16S-438B 8PSK-2D16S Shannon Channel Capacity Datum QPSK 16K Block Alpha 5% Datum 8QAM 16K Block Alpha 5% June 2015 Rev Datum Systems Proprietary 41

42 M7 Smart Point-to-Multipoint Network Very Simple to Configure!! June 2015 Rev Datum Systems Proprietary 42

43 Point-to-Multipoint Hub and Remote Easy Hub and Remote Site Connections! June 2015 Rev Datum Systems Proprietary 43

44 MCPC/SCPC Mesh June 2015 Rev Datum Systems Proprietary 44

45 M7 Mesh Network Example June 2015 Rev Datum Systems Proprietary 45

46 M7 Mesh Network June 2015 Rev Datum Systems Proprietary 46

47 On-the-Move Diagram On-the-Move Diagram June 2015 Rev Datum Systems Proprietary 47

48 On-the-Move Performance High Coding Gain LDPC Exceptionally Robust Demod locks to very low SNR s Light Weight Low Power Low Cost Easy to operate June 2015 Rev Datum Systems Proprietary 48

49 On-the-Move Options Applications: Small Fly-Away VSAT Terminals On-the-Move Systems Integrated Outdoor Products Compact, Lightweight & Low Power!! M7 Modular Card Sets 1:1 Redundancy in 1 RU Key Benefits Free Standing Small & Compact 3.5 x 7 x 1.5 DC Input 8 36 VDC Data Rates as low as 1.2 kbps High Coding Gain FlexLDPC Exceptional EB/No vs. BER Performance June 2015 Rev Datum Systems Proprietary 49

50 Datum Systems Intangibles Quick Quotes (Direct or Distributor) Easy Order Process Short Lead-times Guaranteed Quality and Reliability 2 Year Standard Warranty Meets CE Standards for: EN50022 Emissions EN50024 Immunity ETSI EN V1.9.2 Emissions and Immunity EN60950 Safety Fully RoHS Compliant Friendly Customer Service and Support No Annual Maintenance Contracts Required June 2015 Rev Datum Systems Proprietary 50