WR-G31DDC Excalibur Perseus Gemini AOR 2300 and DX-R8 Receivers, Ham Fair 2010

Tokyo Ham Fair 2010  AOR booth: The Digital Revolution – SDR Perseus 10kHz – 30MHz – AR5001D 40kHz – 3150MHz – AR2300  Black-Box Receiver from 40kHz to 3150 MHz .  Alinco booth DX-R8 — (See th Aor GUI above, Watch the Videos Tokyo Ham Radio (2010 年　東京ハムフェア　AOR ブース) and the Link to Download the Flyers …below)

The AOR AR5001D Circuit Configuration: 40kHz – 25MHz Direct Conversion SDR // 25MHZ – 3150MHz Double or Triple Conversion Superheterodyne system // IP3: More than +20dBm (@14.1 MHz), More than +12dBm (@50 MHz), More than +7dBm (@620 MHz) – The AOR AR5001D features a spectrum display function. FFT analyzer is employed for fast spectrum display processing (Display built-in) – Digital I/Q output (Option) through USB2.0 – Composite video output (RCA type) 75 ohm 1V p-p -
US market  List Price:   $4299.00 // Your Price: $3799.95 – is expected August 2010.

Link to: Download AR5100D Flyer for Technical Highlights (PDF 580kB)

The AOR AR2300 Black Box feature a up to three channels can be monitored simultaneously. Direct sampling architecture below 25MHz. The AR2300 utilizes outstanding direct sampling digital architecture for reception below 25MHz. It features a 14 bit 65MS/sanalog-to-digital converter, a high-performance FPGA-based digital-down-converter and DSP-based demodulation circuitry. The AR2300 can be operated by remote control using an optional LAN controller. Digital I/Q output USB2.0 compatible isochronous transfer Digital I/Q output through USB Type-A Jack. Frequency range 25MHz – 3.15GHz (!GUI Software like Perseus Microtelecom It)

Link to: Download AR2300 Flyer for Tecnical features (PDF 909kB) –

TOKYO HAM FAIR 2010 AOR BOOTH 2010年　東京ハムフェア　AOR ブース  and Watch a collection of videos from the Tokyo Ham Fair 2010 (Related videos watch here …Icom, Yaesu, Kenwood, Other SDR, Loop Antenna and  Alinco DX-R8 SDR) by ThePacificocean777

Alinco DX-R8 150KHz to 35MHz are all mode radio wave receiver SSB CW AM and FM reception mode. More I/Q equipped
rear panel output port signal detection and freeware SDR Using software. The DX-R8 has the popular support behind, SDR! Connected to the PC to process digital data. The software itself uses a variety of  free software. (Google Jap/En!!)
(Info from the  web) And recently the Japanese version of SDR (free software) KG-SDR I can do it!

(Previous Report of 28/07/2010) – The new WR-G31DDC Excalibur by WiNRADIO, the Perseus and New Gemini by Microtelecom Direct Sampling Receivers, already displayed to Ham Radio Fair in Friedrichshafen 2010 (report of 28/07/2010)

WR-G31DDC Excalibur new Direct-Sampling Receiver by RADIXON Group Pty. Ltd. a fully-owned subsidiary of the Australian company Robotron. Robotron is a privately owned high-technology R&D and investment company, founded in 1983.- In the commercial market, the company operates under its brand name WiNRADiO ©  —- Link to: Radixon Group Pty. Ltd  official  Home-page

WiNRADiO © declares that the  new WR-G31DDC Excalibur receiver’s robust front-end (ndr: no preselectors filters!) is equipped with an ultrahigh-linearity amplifier which result in exceptional strong-signal performance. An advanced “dithering” technique eliminates spurios signals without significantly increasing the receiver’s nois floor. The superior 16-bit 100 MSPS analog-to-digital converter (ADC) provides exceptional performance over an extremely wide range of signals. Frequency range 9 kHz to 49.995 MHz three indipendent channels can be set separately.

Excalibur did not Preselector filters in the RF imput, has only (MW filter) a high pass for medium wave. Excalibur sample at 100 MHz (MSPS), but what really happens tuning signals around the frequency of “Nyquist” (100 : 2 = 50MHz) – [Note]: The figures SFDR (Spurious-Free Dynamic Range) declared by the producer is still about 107 dB. The Image Rejection 90 dB typ, with an MDS of -130 dBm @ 10 MHz/500 Hz BW. (Clik the image to enlarge  Ultra Low Jitter Clock features for the Gemini FPGA)

New GEMINI, HF/VHF Dual Channel SDR  at 200 MSPS – © Microtelecom  Srl Italy displayed in Ham Radio 2010 at latest Friedrichshafen —- Link to: HamRadio 2010 Photo Gallery by Ari Perugia

The new GEMINI receiver features two RF inputs signals simultaneously sampled by the Gemini A/D converter are numerically processed at 200 MSPS/channel by a high speed multichannel digital down-converter implemented in a FPGA of Xilinx’s most recent Spartan6 family – Ultra Low Jitter Clock for the Highest Dynamic Range up to VHFs! (including the value of SFDR – Spurious-Free Dynamic Range) – Each of the two RF front-ends are equipped with a six bands pre-selection filters bank ranging from 28 to 170 MHz. —- Link to: Microtelecom srl >Gemini official web-page

Preliminari Specificatons (typical at 145 MHz): RF Imput (2x) – Range 28/170 MHz – Imput IP3 +9dBm – Dynamic Range (500 Hz BW) 100 dB – Blocking DR (500 Hz BW) 123 dB – Internal Reference Clock 400 MHz TCXO – PC Interface USB2 port – Size 210 x 80 x 190 mm (WxHxL)

Leggi di seguito tutto il testo in Italiano and more …………..>

(continua…)

FTdx-5000 Review from RadCom June 10 by G3SJX – Here only some data and a summary

FTdx-5000 measured performance → Source: RSGB RadCom  June, 2010 by G3SJX – Table 1*
[*Note]: here, only some of the many performances misured – View the RadCom Magazine to read the full review by Peter Hart) – !! IP3, IMD3, and Blocking figures were outstanding with the appropriate Roofing filters selected. !! The only area for concern is the receiver spurious signal rejection….

Sensitivity SSB 10dBs-n:n 7MHz band: IPO-1 →0.7uV (-110dBm) PREAMP-1 →0.18uV (-122dBm) PREAMP-2 →0.09uV (-127dBm)
Intermodulation (Spacing 15kHz) 2400Hz bandwidth 6kH Roofing USB 7MHz band: IPO-1 →IP3 +37.5dBm IMD 105dB PREAMP-1 →IP3 +26dBm IMD 105dB PREAMP-2 →IP3 +18dBm IMD 103dB
Close-in Intermodulation on 7MHz Band 500Hz bandwidth CW IPO-1:
Spacing →2kHz (15kHz Roofing) IP3 -8.5dBm IMD 77dB – (6kHz Roofing) IP3 -4dBm IMD 80dB – (3kHz Roofing) IP3 +33dBm IMD 106dB – (600Hz Roofing) IP3 +37dBm IMD 109dB
Spacing →10kHz (15kHz Roofing) IP3 +38dBm IMD 108dB – (6kHz Roofing) IP3 +39dBm IMD 109dB – (3kHz Roofing) IP3 +38dBm IMD 109dB – (600Hz Roofing) IP3 +38dBm IMD 109dB

The 9MHz IF rejection on most bands was greater than 100dB, but on 10MHz it was only 54dB, and on 7MHz it was 74dB. VRF front-end tuning improved these figures by 20dB. The first mixer image was only down by 55dB to 70dB but VRF improved this to better than 75dB.
Spurs on the synthesiser resulted in a number of unwanted receiver responses, notably at approx +/- 425kHz from the received frequency at only 65dB down on the VFO-A rx and at +/- 40kHz down by 85dB. VRF improves these figures but only marginaly on the higher bands.
Third order intercept (IP3), dynamic range (IMD3) and blocking figures were outstanding with the appropriate Roofing filters selected (See the Table-1*). The VFO-B receiver dynamic range is nont quite as good as the VFO-A receiver but is still very respectable.

Link to: The RSGB webpage – RadCom Magazine

La rejezione IF a 9MHz per la maggior parte delle bande risulta superiore a 100dB, ma sulla banda dei 10MHz scende a soli 54dB, e sulla banda dei 7MHz risulta 74dB.- L’uso del VRF tuning del front-end migliora queste figure di circa 20dB. L’immagine del primo mixer risulta attenuata solo da 55 dB a 70 dB, ma con il VRF si ha un miglioramento al valore di 75dB. Le spurie del sintetizzatore produce una serie di risposte indesiderate al di sotto di soli 65dB  rispetto all frequenza  ricevuta,  in particolare a circa +/- 425kHz dal centro della frequenza  sul VFO-A (main rx), ed ancora a +/- 40kHz sono al di sotto di 85dB. L’inserimento del circuito VRF migliora queste cifre, però solo marginalmente sulle bande più alte di frequenza.
L’intercept point di terzo ordine (IP3), la gamma dinamica  IMD3 e la dinamica di blocco hanno valori che variano in base alla banda passante  del Roofing filter selezionato (Vedere Tabella-1*). Il ricevitore del VFO-B (sub rx) ha a sua volta una dinamica non altrettanto buona come il  ricevitore VFO-A (main rx), ma comunque è  molto rispettabile. – !! Emerge dall’articolo di Peter  Hart una questione che lo preoccupa:  la effettiva capacità di rejezione di segnali spuri del  ricevitore A.
[Note]: RSGB Members Only can now download the June, 2010 RadCom Review  in PDF format.

DRW16 the SDR by Roke UK – Windows®-based GUI and API – Wideband HF Receiver with 4 Narrowband Channels

DRW16 the Roke SDR employs a 16 bit A/D conversion to directly digitise the entire HF spectrum…

Il DWR16 della Roke Uk (divisione della Siemens) è un  Ricevitore SDR a conversione diretta (16 bit), down conversion implementata in FPGA • Da collegare  con USB2 al PC o Laptop • Interfaccia GUI e API sotto Windows® • Non ha la variazione continua dei filtri DSP però  dispone di • 74 BW in steps da 56Hz a 32kHz selezionabili in modo diverso per ciascun canale. Si tratta di un apparato  della Roke Uk compatto e a basso consumo • Very low power 3.5W • Registrazione dei segnali I/Q oppure di quelli demolulati in formato .wav. - Particolari struttura dallo schema a Blocchi che si può vedere in dettaglio cliccando l’immagine qui sotto per ingrandirla.  (click for larger image) – The DRW16 © 2008 Roke Manor Research Limited.

Il software DWR in dotazione apre più sezioni dedicate ai vari controlli • Permette di ricevere, monitorare lo spettro e controllare 4 canali indipendenti, sintonizzabili rapidamente su tutta la banda HF • Tenere sotto controllo l’intero spettrro di frequenza da 9 kHz a 40 MHz con risoluzione di 1Hz. Il DRW16 è dotato di • Attenuatore automatico o manuale (0dB to -31dB in 1dB steps) • Controllo dell’AGC in automatico (fast medium slow) oppure in manuale con steps di 6dB, valori diversi impostabile per ciscun canale • Frequency Counter dedicato alla sintonia, si attiva anche di volta in volta per ciscun canale monitorato cliccando su una della 4 barre dati dei canali (distinte da 4 colori) che indicano per ciscuno: • Frequenza • Bandwidth • Mode • BFO • AGC • Gain • Level S-meter • ALC • Wav.

Link to: Download the Roke DRW16 Datasheet .PDF

ENG: DRW16 employs A/D conversion to directly digitise the entire HF spectrum, Down conversion FPGA, USB2 interface to a PC or laptop  for furter IF filtering, signal demodulation, spectrum display 4 indipendent receiver channels and full HF spectrum. The DWR16 is supplied with a Windows®-based application providing a user-interface for receiver control and signal processing of the received signals.
The interface displays and controls the following functions: • Attenuator: automatic or manual mode (0dB to -31dB in 1dB steps) • Signal level – • Centre frequency: 0 to 40MHz with 1Hz resolution) • Bandwidth: (32kHz to 56Hz with 74 bandwidths) • Demodulation (I/Q, AM, USB, LSB, ISB, CW, FM) • Gain control: automatic (fast medium slow) and manual (6dB steps) • Signal level • Audio output level control: automatic or fixed (2 settings) • Audio output • Recording: I/Q or demodulated signal in .wav format • GUI showing: Simultaneous monitoring and display of four narrowband HF channels and full HF spectrum • Four independent receiver channels tune over entire HF band. The DRW16 © 2008 Roke Manor Research Limited.

Web-SDR on 20m, 40m and 80m multiple users, located at the amateur radio club ETGD at the University of Twente NL

WebSdr.ewi.utwente.nl: Clik on the image to Link a SrdRadio web can listen to and control a Short-wawe receiver located at the Amateur Radio club ETGD at the University of Twente. Please log-in by your callsign!

Web SDR (Software Defined Radio via internet) in 20m, 40m e 80m multi utente, che si trova presso il Club Radioamatoriale ETGD, presso l’Università di Twente NL.
Su questa pagina potete ascoltare e controllare un ricevitore per onde corte (HF 80 40 e 20m) situato nell’Amateur Radio Club ETGD – PI4THT, presso l’Università di Twente, Paesi Bassi – Facoltà di Ingegneria Elettrica, di Matematica e Informatica. Contrariamente ad altri ricevitori controllati via web, questo ricevitore può essere sintonizzato ed ascoltato da parte di più utenti contemporaneamente, grazie all’utilizzo del Software-Defined Radio e un interfaccia lì progettata!
Si possono usare i vari comandi per sintonizzare, cambiare la Banda Passante del DSP, cambiare il modo e vedere l’intensità del segnale in dBm. Nel riquadro sotto vengono indicate le sigle (con scritte colorate) di chi ha fatto il log-in e le frequenze che utilizzano in tempo reale. No abuse, please!! 

Link to: Enter on the Web-SDR web page

ENG: Web-SDR on 20m, 40m and 80m multiple users, located at the amateur radio club ETGD at the University of Twente Nl.
On this page you can listen to and control a short-wave receiver (HF 80 40 and 20m band), located at the Amateur Radio Club ETGD – PI4THT at the University of Twente, Netherlands – Faculty for Elettrical Engineering Mathematics and Computer Science. In contrast to other web-controlled receivers, this receiver can be tuned by multiple users simultaneously, thanks to the use of Software-Defined Radio with special interface !

Switch BOX: is a automatic T/R switch senses for RTX and your SDR

Switch BOX della Elad: è una unità di commutazione dei collegamenti d’antenna tra un RTX ed un ricevitore SDR separati. Distribuita da WoodBoxRadio di IK3VIG, Beppe, è dotata di sensore di RF trasmessa (100W max)  che permette l’uso di un Ricevitore SDR come il PERSEUS, unitamente ad un qualsiasi Transceiver HF in modo automatico tramite un relay interno, che mette a massa l’antenna RX durante la trasmissione.  L’unità Switch BOX, consente di gestisce anche i segnali audio provenienti dal ricevitore o dal monitor del trasmettitore, permettendo un rapido ed agevole confronto di ascolto tra i due segnali così ricevuti. Usando la CAT dell’RTX, con una partizione di software sul PC per la funzione di sincronismo trà l’RTX e il Perseus, si ottiene un nuovo e performante transceiver.  Protezione: Switch BOX è dotato di uno scaricatore a gas che si inserisce sull’ imput di antenna.

Link to: Download the Connection diagram .pdf

ENG: SWITCH BOX by Elad, is a automatic T/R switch senses transmitted RF (100W max) and switches your
antenna from SDR receive (PERSEUS)  to transmit using a relay. It shorts your receiver antenna input to ground to protect your SDR (Official distribution by WoodBoxRadio, IK3VIG, Beppe). Instead of using RF sense to switch the antenna, a control line input lets your key/keyer or PTT line switch the antenna. A complete switch control is available for the audio path of receiver and transceiver. Using CAT of your RTX, with third parts software which provide a SYNC function between RTX and your Peseus SDR, you can make an outstanding and high performance transceiving operations. Protection: The SWITCH BOX provides gas discharge protection on the antenna input.

IC-R9500 professional wideband receiver

IC-R9500, il ricevitore professionale Icom permette una ricezione superiore entro la vasta gamma da 0.005 a 3335 MHz. L’eccezionale dinamica e le alte caratteristiche sull’intermodulazione vengono mantenute entro tutta la gamma HF con +40dBm di IP3 e 109dB di IMD a 14.100MHz (dati brochure Icom); Nelle VHF (50MHz) l’IP3 risulta +9.8dBm e a 620MHz +6.2dBm e fino a 2GHz a +5 dBm tipico.

Usa due chip DSP TMS 320C6713 serie di cui uno dedicato per una ampia gamma dinamica nello Spectrum Scope. L’indicazione panoramica può essere commutata fra larga e normale. Nella posizione normale l’escursione potrà essere predisposta fra ± 2.5 kHz e ± 5 MHz; Il ricevitore incorpora 5 filtri roofing selezionabili nei valori di selettività IF di: 3kHz, 5, 15, 50 e 240kHz;

Link: I0GEJ’s Ham radio News IC-R9500 page   Link to: ZS6YI’s User review on VA7OJ web pages

ENG: Icom is proud to announce the launch of the IC-R9500, its new flagship receiver. The IC-R9500 covers from 5kHz to 3335MHz; The IC-R9500 has +40dBm IP3 and 109dB dynamic range at 14.1MHz. IP3 performance is +9.8dBm at 50MHz and +6.2dBm at 620MHz (+5dBm (typical) from 30MHz to up 2GHz). Using a dedicated DSP unit improves the dynamic range of the spectrum scope. The IC-R9500 has four different spectrum modes such as normal/wide and centre/fixed width. The normal spectrum scope covers a range from ±2.5kHz to ±5MHz, has 5 independent roofing filters (240, 50, 15, 6 and 3kHz) for improved IF selectivity.

New features for the QS1R, QuickSilver and SDRMAX-II SDR Radio by Phil N8VB. Display max 50MHz panadapter!

QS1R, QuickSilver SDR, the new features: Phil N8VB QuickSilver and SDRMAX-II, panadapetr widths selectable from 50kHz to 50MHz over USB, panadapter display is now flat as a board due to special FPGA code enhancement and other achievements (05.05.2008)

The Grunding G6 Aviator, AM/FM/ Shortwave/Air Band Radio with SSB

G6 Aviator the Receiver FM, AM, Air, Shortwave with SSB; Presentato al CES Consumer Electronics Show in Las Vegas l’interessante Ricevitore G6 Aviator, prodotto dalla Etòn Corporation con il famoso marchio Grunding. La radio con SSB (Single Side Band) ha il display LCD con sintonia digitale, 700 memorie, riceve le bande AM FM, Air 117 – 137 MHz e le Onde corte da 1.7 a 30MHz. With the receiver G6, you’ll have great listening options!
Link to: Download the G6 Aviator Specifications .PDF 0.27Mb