Are we going to get pre-release video teasing with the SDS200 like we did with the SDS100?
SDS200 FCC ID AMWUB384
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TomTN
Member
For what it's worth I found this while surfing the web, looks official. What say you Paul?
Uniden SDS200
FCC PART 15B / RSS-135
SCANNING RECEIVER
COMBO TEST REPORT
Applicant UNIDEN AMERICA CORPORATION
Address 3001 GATEWAY DRIVE SUITE 130 IRVING, TEXAS 75063 USA
IC 513C-UB384
Model Number SDS200
Product Description SCANNING RECEIVER
Date Sample Received 11/27/2018
Final Test Date 11/27/2018
Tested By Tim Royer
Approved By Franklin Rose
Test Results PASS
GENERAL INFORMATION
EUT Description SCANNING RECEIVER
IC 513C-UB384
Model Number SDS200
Range 25.0 – 1240.0 MHz
Test Range 30 MHz – 960 MHz
Receiver Circuit Type Heterodyne
Antenna Connector SMA
110-120Vac/50- 60Hz
EUT Power Source 13.6 VDC Nominal
Modifications required
for Testing None
Test Site Timco Engineering, Inc. 849 NW State Road 45
Newberry, FL 32669 Designation #: US1070, IC: 2056A
*NOTE: 15.101(b) Receivers operating above 960 MHz or below 30 MHz, except for radar
detectors and CB receivers, are exempt from complying with the technical provisions of this
part but are subject to §15.5.
REPORT SUMMARY
Regulatory Standard CFR Title 47 FCC Rule part 15B § 15.109, 15.111, & 15.121,
IC RSS-135, i2, RSS-GEN
Test Procedures FCC Part 15.31, 15.33, 15.35, RSS-GEN
ANSI C63.4 – 2014
Operational Modes Stopped at the Lowest, middle, and highest frequency of
tuning range. In addition scanning all frequencies of tuning
range
Test Frequencies Low: 40.84 MHz
Middle: 107.5, 511.9125 MHz
High: 954.9125 MHz
Scan: 25.0 – 1240.0 MHz
Setup For radiated test the ant terminal was connected to 50Q non
radiating load through a 50 Q coaxial cable
For conducted test the ant terminal was connected to a EMI
receiver through 50 Q coaxial cable
Environmental Condition
in the laboratory Temperature: 24-26°C
Relative humidity: 50-65%
Barometric Pressure: 30.01″
Deviation from the
standard/procedure No deviation
RESULTS SUMMARY
FCC Requirement ISED Requirement Pass/Fail
15.109 Radiated Emissions RSS-215, Sec 5.1
RSS-GEN 7.1.2 Pass
15.111 Receiver Conducted
Power RSS-GEN 8.8 Pass
15.121 38 dB Rejection N/A(1)
Notes:1) The receiver is digital and is incapable of producing a SINAD output.RADIATED SPURIOUS EMISSIONS
Rule Part No.: FCC Part 15 Subpart B , RSS-215, RSS-GEN
Requirements: FCC Part 15.109(a) Radiated Emission Limit
Class B Field Strength Limits @ 3 Meters
Frequency Level
(MHz) (dBuV/m)
30 – 88 40.0
80 – 216 43.5
216 – 960 46.0
Above 960 54.0
FCC Part 15.109(f) Radiated Emission Limit
For a receiver which employs terminals for the connection of an
external receiving antenna, the receiver shall be tested to demonstrate
compliance with the provisions of this section with an antenna
connected to the antenna terminals unless the antenna conducted
power is measured as specified in §15.111(a).Procedure: FCC Part 15.33(b)(3) Frequency range of radiated measurementsFCC Part 15.35(a) Measurement detector functions and bandwidthsANSI C63.4 Methods of Measurement of Radio-Noise Emissions from
Low-Voltage Electrical and Electronic Equipment 9 kHz to 40 GHz
6.2 Operating conditions
§ 6.3 Arrangement of EUT
8.3.1 Exploratory radiated emissions measurements
§ 8.3.2 Final radiated emission measurements
Configuration: The scanner receiver spurious emissions are to be measured when the receiver is in the scanning mode and repeated when the scanning is stopped.NOTE: RSS-GEN 5.3 Only radiocommunication receivers operating in stand-alone mode within the band 30-960 MHz, as well as scanner receivers, are subject to Industry Canada requirements, as described above. All other receivers are exempted from any Industry Canada certification, testing, labeling and reporting requirements.
Uniden America Corporation
November 26, 2018To: Federal Communications CommissionEquipment Authorization Branch Laboratory Division Office of Engineering and Technology 7 435 Oakland Mills Road Columbia, Maryland 21046Subject: Attestation statement regarding the cell phone channelsApplicant: Uniden America CorporationTYPE OF EQUIPMENT: FCC IDENTIFIER: Digital Scanning ReceiverDear Sir or Madam:1. I attest that the receiver is incapable of tuning, or readily being altered, by the user to operate within the frequency bands allocated to the Domestic public Cellular Telecommunications Service in Part 22.2. The VCO is inside the microprocessor making it impossible to access. This chip contains the VCO, PLL and 1st mixer.a. Epoxy glue was added to the band pass filter as our previous scanner radiosb. The binary file is encrypted so user can’t disassemble.c. The program is in the flash memory of the microprocessor and the end User can’t read it without using the ID code and the souse code is not open to the public, so user can’t access and edit the firmware.3. It’s impossible for the end user to enter any frequency not specified in the frequency range specifications and if the end user attempts to enter a frequency out of the frequency range specifications the software ignores the entered frequency.Please contact the undersigned if you have any questions or need any further information.Manager, Regulatory and QA
Sent from my iPad Air 2
Uniden SDS200
FCC PART 15B / RSS-135
SCANNING RECEIVER
COMBO TEST REPORT
Applicant UNIDEN AMERICA CORPORATION
Address 3001 GATEWAY DRIVE SUITE 130 IRVING, TEXAS 75063 USA
IC 513C-UB384
Model Number SDS200
Product Description SCANNING RECEIVER
Date Sample Received 11/27/2018
Final Test Date 11/27/2018
Tested By Tim Royer
Approved By Franklin Rose
Test Results PASS
GENERAL INFORMATION
EUT Description SCANNING RECEIVER
IC 513C-UB384
Model Number SDS200
Range 25.0 – 1240.0 MHz
Test Range 30 MHz – 960 MHz
Receiver Circuit Type Heterodyne
Antenna Connector SMA
110-120Vac/50- 60Hz
EUT Power Source 13.6 VDC Nominal
Modifications required
for Testing None
Test Site Timco Engineering, Inc. 849 NW State Road 45
Newberry, FL 32669 Designation #: US1070, IC: 2056A
*NOTE: 15.101(b) Receivers operating above 960 MHz or below 30 MHz, except for radar
detectors and CB receivers, are exempt from complying with the technical provisions of this
part but are subject to §15.5.
REPORT SUMMARY
Regulatory Standard CFR Title 47 FCC Rule part 15B § 15.109, 15.111, & 15.121,
IC RSS-135, i2, RSS-GEN
Test Procedures FCC Part 15.31, 15.33, 15.35, RSS-GEN
ANSI C63.4 – 2014
Operational Modes Stopped at the Lowest, middle, and highest frequency of
tuning range. In addition scanning all frequencies of tuning
range
Test Frequencies Low: 40.84 MHz
Middle: 107.5, 511.9125 MHz
High: 954.9125 MHz
Scan: 25.0 – 1240.0 MHz
Setup For radiated test the ant terminal was connected to 50Q non
radiating load through a 50 Q coaxial cable
For conducted test the ant terminal was connected to a EMI
receiver through 50 Q coaxial cable
Environmental Condition
in the laboratory Temperature: 24-26°C
Relative humidity: 50-65%
Barometric Pressure: 30.01″
Deviation from the
standard/procedure No deviation
RESULTS SUMMARY
FCC Requirement ISED Requirement Pass/Fail
15.109 Radiated Emissions RSS-215, Sec 5.1
RSS-GEN 7.1.2 Pass
15.111 Receiver Conducted
Power RSS-GEN 8.8 Pass
15.121 38 dB Rejection N/A(1)
Notes:1) The receiver is digital and is incapable of producing a SINAD output.RADIATED SPURIOUS EMISSIONS
Rule Part No.: FCC Part 15 Subpart B , RSS-215, RSS-GEN
Requirements: FCC Part 15.109(a) Radiated Emission Limit
Class B Field Strength Limits @ 3 Meters
Frequency Level
(MHz) (dBuV/m)
30 – 88 40.0
80 – 216 43.5
216 – 960 46.0
Above 960 54.0
FCC Part 15.109(f) Radiated Emission Limit
For a receiver which employs terminals for the connection of an
external receiving antenna, the receiver shall be tested to demonstrate
compliance with the provisions of this section with an antenna
connected to the antenna terminals unless the antenna conducted
power is measured as specified in §15.111(a).Procedure: FCC Part 15.33(b)(3) Frequency range of radiated measurementsFCC Part 15.35(a) Measurement detector functions and bandwidthsANSI C63.4 Methods of Measurement of Radio-Noise Emissions from
Low-Voltage Electrical and Electronic Equipment 9 kHz to 40 GHz
6.2 Operating conditions
§ 6.3 Arrangement of EUT
8.3.1 Exploratory radiated emissions measurements
§ 8.3.2 Final radiated emission measurements
Configuration: The scanner receiver spurious emissions are to be measured when the receiver is in the scanning mode and repeated when the scanning is stopped.NOTE: RSS-GEN 5.3 Only radiocommunication receivers operating in stand-alone mode within the band 30-960 MHz, as well as scanner receivers, are subject to Industry Canada requirements, as described above. All other receivers are exempted from any Industry Canada certification, testing, labeling and reporting requirements.
Uniden America Corporation
November 26, 2018To: Federal Communications CommissionEquipment Authorization Branch Laboratory Division Office of Engineering and Technology 7 435 Oakland Mills Road Columbia, Maryland 21046Subject: Attestation statement regarding the cell phone channelsApplicant: Uniden America CorporationTYPE OF EQUIPMENT: FCC IDENTIFIER: Digital Scanning ReceiverDear Sir or Madam:1. I attest that the receiver is incapable of tuning, or readily being altered, by the user to operate within the frequency bands allocated to the Domestic public Cellular Telecommunications Service in Part 22.2. The VCO is inside the microprocessor making it impossible to access. This chip contains the VCO, PLL and 1st mixer.a. Epoxy glue was added to the band pass filter as our previous scanner radiosb. The binary file is encrypted so user can’t disassemble.c. The program is in the flash memory of the microprocessor and the end User can’t read it without using the ID code and the souse code is not open to the public, so user can’t access and edit the firmware.3. It’s impossible for the end user to enter any frequency not specified in the frequency range specifications and if the end user attempts to enter a frequency out of the frequency range specifications the software ignores the entered frequency.Please contact the undersigned if you have any questions or need any further information.Manager, Regulatory and QA
Sent from my iPad Air 2
We know all of that is in the link in the 1st post of this thread.
BIG statement right there! No money is leaving my wallet until I know what those 'extra enhancements' are. Do they fix the shortcomings of the SDS100 as documented on RR or not? Or will they just be more eye candy? I will also await Whistler's offering since it should be out around a similar time frame. My belief (based on following other posts - I am not an owner of the SDS100) is that Uniden rushed the SDS100 to market and now it is worthwhile to see what their competitor has learned and will offer.
Yada Yada Yada....We all know you don't own it and you come here to make noise....Yada Yada Yada
Ubbe
Member
A good old heterodyn receiver in that scanner and no direct conversion they use in all SDR chips. That means it's probably as good as the x36 scanners in receive performance but with "real IQ" demodulator that can handle simulcast issues. That's probably why Upman was a bit concerned that Whistler could be doing the same concept in their new scanners. It would equal out the two once again and it's down to what user interface you prefere and how to trunk track and the bells and whistles like bluetooth. As Whistler have not yeat handed over a scanner for FCC to test it means that Uniden are at least one month ahead of having their scanner released.
/Ubbe
/Ubbe
jasonhouk
Member
Today I ordered some items from HRO and saw this I took a screen shot of it. It says LK100 as the model.
That is more than likely just a placeholder model number. You can usually tell by the price it is usually something outrageous instead of putting TBA. I could very well be wrong but that is my guess.
I was thinking of the samething.
GADZOOKS 10 grand??? LOL
It's that dual tuner, True-IQ, base scanner with bluetooth, wifi, and a 7 inch color touchscreen.
It's that dual tuner, True-IQ, base scanner with bluetooth, wifi, and a 7 inch color touchscreen.
I think you forgot to include remote mountable head unit and integrated GPS! [... at least a single cable to GPS antenna from a greatly simplified cable management perspective] =
-cognetic
I’ll make it easy for you. The SDS-500 should be a Home Patrol 2 with all the updates that it never got, DMR and NXDN for example. Leave everything else except include a rubber (or whatever it was) molding that does not wear off along with stronger USB and GPS ports on the side that don’t break. Also, no quick keys to deal with.
All kidding aside, a SDS200 or any similar-sized Uniden scanner will not fit in my vehicle. The Home Patrol 2 has made a perfect mobile scanner for me. It also fits in several rental cars and works out good in hotels while traveling. Yes, I could probably rig up some type of mount to use a SDS100 as a mobile but I would not care for the smaller screen size. I also don’t want to try the wi-fi method of the 536, I might consider some type of wired connection to a tablet though. So there you go, an design to think about
I am in Public Safety, I need a scanner that will fit in my rack of radios, work after coffee spills on it and dog hair clings to the screen messing up the touch screen and loud enough I can hear the speaker while I am driving. I need a rugged P25 Phase 1 and 2 scanner. ie MR8100
This 10K radio combats the encryption issues that we all have been encountering for the past few years now.
Wouldn't that be amazing. These 10K radios would be flying off the shelf. I would take a 3rd out on my house to finance it.
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