Pure Signal Digital. Vector network analyzer. and many more unmatched features

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1 HF+6M Multimode SDR Transceiver LunarisSDR VNA Pure Signal Digital PreDistortion Compatible Vector network analyzer and many more unmatched features

2 PRESENTS Lunaris-SDR is a single board Digital Up and Down Conversion (DUC/DDC) full duplex HF+6m multi-mode 10W transceiver & a Vector Network Analyzer, is one of the finest SDR available. The Lunaris 610 transceiver was derived from a popular open source SDR transceiver design. CEDA-Labz intends to produce this product under NCL license waivers granted by the original developers.

3 The CEDA-Labz Lunaris 610 usability enhancements to the open source SDR transceiver design include: CEDA-Labz exclusives On Board 3.5A Switching Power supply with oversized heat sinks Internal fan 160-6m 10 Watt Linear power amplifier, based on PennyWhistle Alex based LPF and 3 user selectable antenna ports Rear panel access to internal Vector Network Analyzer reflection bridge connectors Rear panel 13.8VDC accessory port Rear panel Microphone, headphone, key jacks Rear panel L/R Line level audio output jack Internal, switched Speaker Rear panel Opto-Isolated PTT output jack (Key external amplifier etc) Rear panel PTT input jack (for foot switch etc) Rear panel LPF RX output and Direct RX input for PureSignal use with external directional coupler Jumperless Mic configuration via easily accessible bottom panel dip switches Improved EMI/RFI filtering of J16 Accessory port Front panel LED's, showing PTT activity and ADC overload status Front panel LED's showing currently selected Alex LPF bank and Alex SPI activity PureSignal Internal/External options Lunaris610 SDR performing like a champ

4 The CEDA-Labz 610 SDR transceiver includes significant usability enhancements over a popular open source SDR transceiver design. These front panel enhancements include LED's showing the currently selected Low Pass Filters, PTT activity, and ADC Overload. Except for the LAN/Ethernet connection, all user I/O has been relocated to the rear panel. The rear panel enhancements include internal fan, 13.8VDC accessory port, dedicated PTT-IN jack, opto-isolated PTT output port, dedicated external PureSignal directional coupler connectors, internal Vector Network Analyzer Reflection Bridge ports, additional EMI/RFI filtering on J16 accessory port, Left/Right Line level audio outputs, and an internal speaker switch.

5 CEDA-Labz Lunaris 610 Internal Vector Network Analyzer Reflection Bridge The CEDA-Labz Lunaris 610 includes an internal Vector Network Analyzer Reflection Bridge with easily accessible rear panel connectors. The internal VNA Reflection Bridge can be used to analyze antennas and filters etc. This reflection bridge can be used with HAM VNA 1.1 Software available from for example Lunaris supports open source software PowerSDR Windows GHPSDR-Linux KISS CONSOLE -Windows cusdr Gnu Radio Android application from John Melton's (G0ORX/N6LYT) Lunaris-Transceiver+VNA incorporates the CEDA-Labz CHIRON DUC/DDC Transceiver board. It is a highly integrated SDR with additional unmatched features built on-board - Vector Network Analyser, On board speaker, 10 MHz internal / external auto switching and Highly Thermal-Efficient Board design which will enhance your product life and will reduce frequency drifting trouble. Complete Lunaris SDR solution includes 10 watt linear amplifier and Low Pass Filters in a rugged aluminum enclosure. The Lunaris SDR enclosure provides sufficient cooling for operation in hot and humid environments. Further added OPTOisolated PTT out so no more frying of FPGAS/rigs. Shielding provision has been added to Receiver Section- to have better crosstalk and EMI-RFI compliance. Added Pure-Signal provision so no user modification requires to get the benefits of Pure-Signal feature. Lunaris Transceiver outputs 10 Watt RF power on m and 6m amateur band. The LPF board consists of seven relay switched low pass filters for transmitter harmonic suppression. It has three external BNC connectors, described below: Antenna 1 transmit-receive Antenna 2 transmit-receive Antenna 3 transmit-receive The Lunaris 610 Transceiver + VNA is an unmatched SDR+VNA in the market today. The Lunaris 610 SDR provides unique usability features not available elsewhere. CEDA-Labz is "user driven" and encourages interested users to suggestions or wish lists of features you would like to see included in future products, we will be happy to respond to you. to : cedalabz@gmail.com

6 LUNARIS 610 SDR Possible Applications Lunaris is a single board Digital Up and Down Conversion (DUC/DDC) full duplex HF + 6m multi-mode transceiver and a VNA. Lunaris Possible uses Radio Astronomy Spectrum Analysis General Purpose ADC board Software Defined Receiver Short Wave Listening (SWL) Amateur Radio HF Receiver Amateur Radio IF Receiver Panoramic Adapter for Communication Receivers (Any IF) FPGA based SDR Development Platform Ultrasound Receiver Radio Astronomy VLF Experimentation SDR Education Interferometer for passive RF signal location Vector Network Analyzer LUNARIS Transceiver+VNA are based on CHIRON DDC/DUC Transceiver Board Key features and facilities: Transmitter two-tone 3rd order IMD of -50dBc on 400mW O/P from lunaris main board 10W RF output on all bands Built-in high performance preamp, with a noise floor typically -135dBm in 500Hz Software-selectable 31dB input attenuator in 1dB steps FPGA code can be updated via the Ethernet connection Seven user-configurable open-collector outputs, independently selectable per band and Tx/Rx (for relay control, etc.) Separate open-collector PTT connection for amplifier control, etc. Microphone PTT jumper-selectable from tip or ring connection Jumper selectable configuration for dynamic or electrets/condenser microphones Bias for electret microphones via jumper Four user-configurable 12 bit analog inputs (for ALC, SWR etc.) Three user-configurable digital inputs (for linear amplifier over temperature, etc.)

7 Can operate from a V DC Should be built in 3.5Amp very low noise high efficiency DC-DC Converter I2C bus connector for control of external equipment QSK operation (performance dependant on associated PC and control software) Low-level transmitter output for transverter use Stereo audio outputs at line and headphone levels 1W stereo audio amplifier for directly driving speakers Direct, de-bounced connections for a Morse key (straight or iambic) PTT Low phase noise 1kHz at 14MHz) MHz master clock, which can be phase- locked to an internal 10MHz TCXO or external frequency reference Direct ribbon cable interface to Alex low pass filter Industry Standard TCP/IP network Ethernet interface supports static, APIPA or DHCP IP address CHIRON responds to ping and ARP requests, auto senses Ethernet cable connection and connection speed 8-layer Hi-Speed Board design Signal Integrity &, Power Integrity Analysis, EMC and Resonance Test on PCB Layout Design has been performed satisfactorily Supports 7 High Independent Receivers on a single ADC. On Board Speaker so you can be head phone free at times you wish to internal, switched speaker Internal, switched speaker, ideal for minimalist setups or portable operation Can be used as Vector Network Analyzer - Built in on board VNA-Bridge Automatic switching between internal 0.1pbb 10Mhz TCXO and external precision reference source Lunaris 610 transceiver includes 10 watt Linear amplifier and Low Pass Filter The Lunaris SDR enclosure provides sufficient cooling for operation in hot and humid environments Designed keeping in mind for Amateur Radio enthusiasts who would like to Homebrew assembling the board Internal heatsink added to dissipate heat generated by enhanced power supply 3 VNA Reflection bridge SMA connectors on rear panel Dedicated PTT-IN port on rear panel. (Foot switch input etc.) Opto Isolated PTT-OUT Dedicated Line Level stereo audio outputs on rear panel. (There is no dedicated Line level input port, but it is available on accessory port) 4mm thick Aluminium DieCast Enclosure (Size in mm/inch- 180/7.09 L * 144/5.67 B *57.5/2.26 H) Altera Cyclone III EP3C40Q240 FPGA Ten user programmable debug LEDs internal on board can be viewed without opening the enclosure ADC overload LED Reverse Polarity protection in Power-IN port Optimized for rugged use 1 year warranty

8 Lunaris610 Functional Block Diagram Preliminary functional diagram. All features subjected to change CEDA Labz Chiron DDC/DUC Transceiver Board Copyright 2015 CEDA-Labz

9 Vector Network Analyzer Connection CEDA Labz Chiron DDC/DUC Transceiver Board Copyright 2015 CEDA-Labz

10 Chiron V2 Bare Board 8 Layer Hi Speed Thermal Stable Board design with - Signal Integrity, EMI Resonance Test and resonance Test Performed through Ansys SiWAVE Download a TEST REPORT of Analysis Copyright 2015 CEDA-Labz

11 Chiron V2 Component Loaded Tested-Board 8 Layer Hi Speed Thermal Stable Board design with - Shielding provision has been made at all sections which if required the shield can be mounted Copyright 2015 CEDA-Labz

12 Some Quick Snapshot Alex Low Pass Filter and Pennywhistle Power Amplifier

13 End Plate not fixed yet

14 Lunaris is available in four different forms: 1. Bare PCB -Bare Chiron board, Bill of Materials and Solder-Paste Stencil file will be available for users who wish to construct a home built radio. 2. Assembled and Tested CHIRON Board with 30 day warranty 3. Chiron transceiver in a rugged aluminium enclosure without any 10 watt linear amplifier and LPF 4. Complete Lunaris SDR solution with 10 watt linear amplifier and Low Pass Filters in a rugged aluminum enclosure

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