Sipa
Professional services · Podgorica
Worth watchingNo active risk signals
- Revenue 2025
- 743,512€
- Profit 2025
- 65,100€
- Employees
- 3
- Public contracts won
- 2.36m€
83 public contracts from 17 buyers since 9 Apr 2021 · 6 with this buyer (120,424€)
Contract awarded
To Sipa
Professional services · Podgorica
83 public contracts from 17 buyers since 9 Apr 2021 · 6 with this buyer (120,424€)
PREDMET NABAVKE 1. RADIO DIFUZNI CENTAR DOO PODGORICA - FM predajnici sa pripadajućom opremom CPV: 32522000 Procijenjena vrijednost: 20000 EUR USLOVI UČEŠĆA 1. Uz ponudu se dostavlja izjava ponuđača o ispunjenosti uslova utvrđenih zahtjevom i nepostojanju sukoba interesa, elektronski potpisana od strane ovlašćenog lica ponuđača, data na Obrascu 2, preuzimanjem na posebnom aplikativnom dijelu elektronskog sistema javnih nabavki. 2. •opis i karakteristike predmeta nabavke. Ponuđači su dužni u ponudi dostaviti: •tehničke listove ponuđenih predajnika sa kojim se potvrđuju tražene tehničke katakteristike 3. Rok za izvršenje ugovora: 40 dana od dana zaključivanja ugovora 4. Mjesto izvršenja ugovora su poslovne prostorije Radio-difuznog centra doo-Magacin Plavnica 5. Rok plaćanja: U roku od 7 dana od dana dostavljanja fakture, nakon potpisivanja zapisnika o kvantitativnom i kvalitativnom prijemu robe 6. Način plaćanja:virmanski 7. Ponuđači su dužni isporučiti predajnike sa kompletnom i detaljnom tehničkom dokumentacijom i uputstvom za upotrebu u elektronskoj formi. 8. Garantni rok je 36 mjeseci od dana potpisivanja zapisnika o kvantitativnom i kvalitativnom prijemu robe 9. Ponuđač, ukoliko nije proizvođač, mora dokazati da je ovlašćen za prodaju ponuđenih predajnika. Dostaviti potvrdu koja potvrđuje ispunjenost traženog uslova 10. Ponuđač garantuje podršku za FM predajnike minimum 10 godina od dana isporuke. Dostaviti Izjavu. KRITERIJUMI ZA IZBOR Partija 1: cijena 100 bodova; kvalitet 0 bodova. 1. Cijena TEHNIČKA SPECIFIKACIJA 1. Delivery of 1kW single drive FM transmitters 1. Main features a. The transmitter must be designed for continuous operation 24h/24h. b. The overall efficiency must be ≥70% for 1kW c. The transmitter must have a Digital Modulator witch must generate digital FM signal and goes through a final ADC to warranty an excellent signal quality. d. The transmitter must include at least the following program inputs: i. Analog audio (L/R) ii. AES audio iii. MPX input iv. SCA (RDS) input v. 19kHz sync output e. The transmitter must include configurable silence detectors on each input (threshold, delay…) f. The transmitter must switch automatically the program input based on silence detections and configurable priorities. g. In the case of loss of synchronization on digital input (AES), it must be possible to switch immediately to a back source. h. The transmitter must include a Web interface for remote control and monitoring of all parameters, including: Analog audio levels, AES audio level, MPX input level, configured frequency, configured power, configured audio/RDS/total deviation, forward power, reflected power, VSWR, total current deviation, warning state, fault state, 1dB alarm, 3dB alarm, VSWR alarm, interlock state, fan speed, pressure, temperature, internal voltages, currents, .. i. The Web interface must be protected by 2 access levels configurable credentials: Admin for read and write access level and Guest for read only access level j. The transmitter must include non-volatile memory and save a log of all events. k. The event log must be available on the web interface. l. The event log can be exported to CSV format. m. The transmitter must be compatible with SNMP. n. The SNMP feature can be used to GET and SET any parameter of the transmitter. The MIB must be provided by the bidder. o. The SNMP feature can send SNMP traps on alarm to up to 4 configurable SNMP managers. p. The transmitter can be configured to send alarms by emails 2. Built-in features a. The transmitter must include an audio backup based on SD card. b. The transmitter as an option must include a DSP based stereo encoder. This option is not required now, but it must be possible to enable it in the future through a software upgrade or licence instalment with no change in hardware c. The transmitter must include an activated internal RDS encoder with static parameters (PI, PS, AF, MS, TA, TP, RT, CT…) and Dynamic PS Scrolling capability d. The transmitter must include an MPX Power Limiter. e. The transmitter must include a composite hard clipper. f. The transmitter must include a Digital MPX input (over AES) g. The transmitter must include embedded measurement visualizations including RF, MPX and Audio spectrums h. The transmitter must include graphical history readings of key parameters such as RF power, reflected power, temperatures, currents, voltages… i. The transmitter must include a configurable scheduler to set any transmitter parameter at specific date/time j. The transmitter must include as an option a multiband sound processor with selectable presets and audio adjustment. This option is not required now, but it must be possible to enable it in the future through a software upgrade with no change in hardware 3. Environmental, the following minimum parameters must be met a. Nominal operating temperature: 5°C to 45°C b. Maximum operating temperature: 0°C to 50°C c. Warehousing temperature: -20°C to +70°C d. Humidity: 5 - 95 % non-condensing relative humidity e. Warehousing time: 10 years f. Cooling: Internal air cooling 4. Power supply, the following minimum parameters must be met a. Voltage 184 VAC to 264 VAC b. Frequency 47 Hz - 63 Hz c. Transmitter max consumption i. 1kW TX : 1550 W d. Power factor > 0.9 5. Physical a. Number of rack units i. 1kW TX: 2u 6. Interface panel a. Indicators: Front panel leds must indicate: i. Life sign, ii. Warning, iii. Fault, iv. RF ON/OFF v. Local mode b. Front panel control Possibility to adjust and monitor the transmitter using the front panel. 7. RF section a. Frequency range 87.5 to 108 MHz b. Summary of different steps 10 kHz c. Frequency stability 75 dBc f. VSWR 40 Hz to 53 kHz @ 0.1 dB ii. > 20 Hz to 60 kHz @ 0.2 dB iii. > 60 kHz to 80 kHz @ 0.4 dB b. Intermodulation distortion 80 dB RMS @ 75 kHz deviation d. AM noise 20 Hz to 15 kHz @ 0.1 dB b. 38 kHz discontinuance > 50 dB c. Stereophonic crosstalk > 50 dB d. Pre-emphasis 0 µs, 50 µs or 75 µs 10. Mono operation a. Bandwidth > 40 Hz to 15 kHz @ 0.1 dB b. Out of band rejection > 40 dB @ 19 kHz c. Preemphasis 0 µs, 50 µs or 75 µs 11. AF inputs a. Analog i. Connector "XLR" type ii. Impedance High impedance, balanced iii. Level Software adjustable (-18/+18 dBu range) b. AES i. Connector "XLR" type ii. Impedance > 110 Ω balanced iii. Level Software adjustable (-20 to 0 dBFS range) iv. Sampling rate Auto adjusted up to 192 kHz v. Bit 16, 24, 32 c. Multiplex (MPX) i. Connector "BNC" type ii. Impedance > 5 kΩ unbalanced iii. Level Software adjustable (-18/+18 dBu range) 12. HF output/input a. FM transmitter output connector: i. 1kW Tx83: 7/16 b. Impedance: 50 Ω c. Monitoring (RF Monitor): BNC type output connector on front panel 13. Standards : the following standards must be met a. 1999/5/CE (R&TTE) b. ETS 302 018 (EMC) c. ETS 300 384 (Radio) d. NF EN 60215 (Safety) Količina: 1 kom 2. Delivery of 600W single drive FM transmitter 1. Main features a. The transmitter must be designed for continuous operation 24h/24h. b. The overall efficiency must be ≥70% for 600W c. The transmitter must have a Digital Modulator witch must generate digital FM signal and goes through a final ADC to warranty an excellent signal quality. d. The transmitter must include at least the following program inputs: i. Analog audio (L/R) ii. AES audio iii. MPX input iv. SCA (RDS) input v. 19kHz sync output e. The transmitter must include configurable silence detectors on each input (threshold, delay…) f. The transmitter must switch automatically the program input based on silence detections and configurable priorities. g. In the case of loss of synchronization on digital input (AES), it must be possible to switch immediately to a back source. h. The transmitter must include a Web interface for remote control and monitoring of all parameters, including: Analog audio levels, AES audio level, MPX input level, configured frequency, configured power, configured audio/RDS/total deviation, forward power, reflected power, VSWR, total current deviation, warning state, fault state, 1dB alarm, 3dB alarm, VSWR alarm, interlock state, fan speed, pressure, temperature, internal voltages, currents, .. i. The Web interface must be protected by 2 access levels configurable credentials: Admin for read and write access level and Guest for read only access level j. The transmitter must include non-volatile memory and save a log of all events. k. The event log must be available on the web interface. l. The event log can be exported to CSV format. m. The transmitter must be compatible with SNMP. n. The SNMP feature can be used to GET and SET any parameter of the transmitter. The MIB must be provided by the bidder. o. The SNMP feature can send SNMP traps on alarm to up to 4 configurable SNMP managers. p. The transmitter can be configured to send alarms by emails 2. Built-in features a. The transmitter must include an audio backup based on SD card. b. The transmitter as an option must include a DSP based stereo encoder. This option is not required now, but it must be possible to enable it in the future through a software upgrade or licence instalment with no change in hardware c. The transmitter must include an activated internal RDS encoder with static parameters (PI, PS, AF, MS, TA, TP, RT, CT…) and Dynamic PS Scrolling capability d. The transmitter must include an MPX Power Limiter. e. The transmitter must include a composite hard clipper. f. The transmitter must include a Digital MPX input (over AES) g. The transmitter must include embedded measurement visualizations including RF, MPX and Audio spectrums h. The transmitter must include graphical history readings of key parameters such as RF power, reflected power, temperatures, currents, voltages… i. The transmitter must include a configurable scheduler to set any transmitter parameter at specific date/time j. The transmitter must include as an option a multiband sound processor with selectable presets and audio adjustment. This option is not required now, but it must be possible to enable it in the future through a software upgrade with no change in hardware 3. Environmental, the following minimum parameters must be met a. Nominal operating temperature: 5°C to 45°C b. Maximum operating temperature: 0°C to 50°C c. Warehousing temperature: -20°C to +70°C d. Humidity: 5 - 95 % non-condensing relative humidity e. Warehousing time: 10 years f. Cooling: Internal air cooling 4. Power supply, the following minimum parameters must be met a. Voltage 184 VAC to 264 VAC b. Frequency 47 Hz - 63 Hz c. Transmitter max consumption i. 600W TX : 830W d. Power factor > 0.9 5. Physical a. Number of rack units i. 600W TX: 2u 6. Interface panel a. Indicators: Front panel leds must indicate: i. Life sign, ii. Warning, iii. Fault, iv. RF ON/OFF v. Local mode b. Front panel control Possibility to adjust and monitor the transmitter using the front panel. 7. RF section a. Frequency range 87.5 to 108 MHz b. Summary of different steps 10 kHz c. Frequency stability 75 dBc f. VSWR 40 Hz to 53 kHz @ 0.1 dB ii. > 20 Hz to 60 kHz @ 0.2 dB iii. > 60 kHz to 80 kHz @ 0.4 dB b. Intermodulation distortion 80 dB RMS @ 75 kHz deviation d. AM noise 20 Hz to 15 kHz @ 0.1 dB b. 38 kHz discontinuance > 50 dB c. Stereophonic crosstalk > 50 dB d. Pre-emphasis 0 µs, 50 µs or 75 µs 10. Mono operation a. Bandwidth > 40 Hz to 15 kHz @ 0.1 dB b. Out of band rejection > 40 dB @ 19 kHz c. Preemphasis 0 µs, 50 µs or 75 µs 11. AF inputs a. Analog i. Connector "XLR" type ii. Impedance High impedance, balanced iii. Level Software adjustable (-18/+18 dBu range) b. AES i. Connector "XLR" type ii. Impedance > 110 Ω balanced iii. Level Software adjustable (-20 to 0 dBFS range) iv. Sampling rate Auto adjusted up to 192 kHz v. Bit 16, 24, 32 c. Multiplex (MPX) i. Connector "BNC" type ii. Impedance > 5 kΩ unbalanced iii. Level Software adjustable (-18/+18 dBu range) 12. HF output/input a. FM transmitter output connector: i. 600W TX: 7/16 b. Impedance: 50 Ω c. Monitoring (RF Monitor): BNC type output connector on front panel 13. Standards : the following standards must be met a. 1999/5/CE (R&TTE) b. ETS 302 018 (EMC) c. ETS 300 384 (Radio) d. NF EN 60215 (Safety) Količina: 1 kom 3. Delivery of 300W single drive FM transmitter 1. Main features a. The transmitter must be designed for continuous operation 24h/24h. b. The overall efficiency must be ≥65% for 300W c. The transmitter must have a Digital Modulator witch must generate digital FM signal and goes through a final ADC to warranty an excellent signal quality. d. The transmitter must include at least the following program inputs: vi. Analog audio (L/R) vii. AES audio viii. MPX input ix. SCA (RDS) input x. 19kHz sync output e. The transmitter must include configurable silence detectors on each input (threshold, delay…) f. The transmitter must switch automatically the program input based on silence detections and configurable priorities. g. In the case of loss of synchronization on digital input (AES), it must be possible to switch immediately to a back source. h. The transmitter must include a Web interface for remote control and monitoring of all parameters, including: Analog audio levels, AES audio level, MPX input level, configured frequency, configured power, configured audio/RDS/total deviation, forward power, reflected power, VSWR, total current deviation, warning state, fault state, 1dB alarm, 3dB alarm, VSWR alarm, interlock state, fan speed, pressure, temperature, internal voltages, currents, .. i. The Web interface must be protected by 2 access levels configurable credentials: Admin for read and write access level and Guest for read only access level j. The transmitter must include non-volatile memory and save a log of all events. k. The event log must be available on the web interface. l. The event log can be exported to CSV format. m. The transmitter must be compatible with SNMP. n. The SNMP feature can be used to GET and SET any parameter of the transmitter. The MIB must be provided by the bidder. o. The SNMP feature can send SNMP traps on alarm to up to 4 configurable SNMP managers. p. The transmitter can be configured to send alarms by emails 2. Built-in features a. The transmitter must include an audio backup based on SD card. b. The transmitter as an option must include a DSP based stereo encoder. This option is not required now, but it must be possible to enable it in the future through a software upgrade or licence instalment with no change in hardware c. The transmitter must include an activated internal RDS encoder with static parameters (PI, PS, AF, MS, TA, TP, RT, CT…) and Dynamic PS Scrolling capability d. The transmitter must include an MPX Power Limiter. e. The transmitter must include a composite hard clipper. f. The transmitter must include a Digital MPX input (over AES) g. The transmitter must include embedded measurement visualizations including RF, MPX and Audio spectrums h. The transmitter must include graphical history readings of key parameters such as RF power, reflected power, temperatures, currents, voltages… i. The transmitter must include a configurable scheduler to set any transmitter parameter at specific date/time j. The transmitter must include as an option a multiband sound processor with selectable presets and audio adjustment. This option is not required now, but it must be possible to enable it in the future through a software upgrade with no change in hardware 3. Environmental, the following minimum parameters must be met a. Nominal operating temperature: 5°C to 45°C b. Maximum operating temperature: 0°C to 50°C c. Warehousing temperature: -20°C to +70°C d. Humidity: 5 - 95 % non-condensing relative humidity e. Warehousing time: 10 years f. Cooling: Internal air cooling 4. Power supply, the following minimum parameters must be met a. Voltage 184 VAC to 264 VAC b. Frequency 47 Hz - 63 Hz c. Transmitter max consumption i. 300W TX: 420W d. Power factor > 0.9 5. Physical a. Number of rack units i. 300W TX: 2u 6. Interface panel a. Indicators: Front panel leds must indicate: i. Life sign, ii. Warning, iii. Fault, iv. RF ON/OFF v. Local mode b. Front panel control Possibility to adjust and monitor the transmitter using the front panel. 7. RF section a. Frequency range 87.5 to 108 MHz b. Summary of different steps 10 kHz c. Frequency stability 75 dBc f. VSWR 40 Hz to 53 kHz @ 0.1 dB ii. > 20 Hz to 60 kHz @ 0.2 dB iii. > 60 kHz to 80 kHz @ 0.4 dB b. Intermodulation distortion 80 dB RMS @ 75 kHz deviation d. AM noise 20 Hz to 15 kHz @ 0.1 dB b. 38 kHz discontinuance > 50 dB c. Stereophonic crosstalk > 50 dB d. Pre-emphasis 0 µs, 50 µs or 75 µs 10. Mono operation a. Bandwidth > 40 Hz to 15 kHz @ 0.1 dB b. Out of band rejection > 40 dB @ 19 kHz c. Preemphasis 0 µs, 50 µs or 75 µs 11. AF inputs a. Analog i. Connector "XLR" type ii. Impedance High impedance, balanced iii. Level Software adjustable (-18/+18 dBu range) b. AES i. Connector "XLR" type ii. Impedance > 110 Ω balanced iii. Level Software adjustable (-20 to 0 dBFS range) iv. Sampling rate Auto adjusted up to 192 kHz v. Bit 16, 24, 32 c. Multiplex (MPX) i. Connector "BNC" type ii. Impedance > 5 kΩ unbalanced iii. Level Software adjustable (-18/+18 dBu range) 12. HF output/input a. FM transmitter output connector: i. 300W TX: N(f) b. Impedance: 50 Ω c. Monitoring (RF Monitor): BNC type output connector on front panel 13. Warranty a. Warranty period must be a minimum of 36 months b. Supplier must guarantee to support the units for ten years from the point of sale 14. Standards : the following standards must be met a. 1999/5/CE (R&TTE) b. ETS 302 018 (EMC) c. ETS 300 384 (Radio) d. NF EN 60215 (Safety) Količina: 1 kom 4. Delivery of 100W single drive FM transmitter 1. Main features a. The transmitter must be designed for continuous operation 24h/24h. b. The overall efficiency must be ≥55% for 100W c. The transmitter must have a Digital Modulator witch must generate digital FM signal and goes through a final ADC to warranty an excellent signal quality. d. The transmitter must include at least the following program inputs: xi. Analog audio (L/R) xii. AES audio xiii. MPX input xiv. SCA (RDS) input xv. 19kHz sync output e. The transmitter must include configurable silence detectors on each input (threshold, delay…) f. The transmitter must switch automatically the program input based on silence detections and configurable priorities. g. In the case of loss of synchronization on digital input (AES), it must be possible to switch immediately to a back source. h. The transmitter must include a Web interface for remote control and monitoring of all parameters, including: Analog audio levels, AES audio level, MPX input level, configured frequency, configured power, configured audio/RDS/total deviation, forward power, reflected power, VSWR, total current deviation, warning state, fault state, 1dB alarm, 3dB alarm, VSWR alarm, interlock state, fan speed, pressure, temperature, internal voltages, currents, .. i. The Web interface must be protected by 2 access levels configurable credentials: Admin for read and write access level and Guest for read only access level j. The transmitter must include non-volatile memory and save a log of all events. k. The event log must be available on the web interface. l. The event log can be exported to CSV format. m. The transmitter must be compatible with SNMP. n. The SNMP feature can be used to GET and SET any parameter of the transmitter. The MIB must be provided by the bidder. o. The SNMP feature can send SNMP traps on alarm to up to 4 configurable SNMP managers. p. The transmitter can be configured to send alarms by emails 2. Built-in features a. The transmitter must include an audio backup based on SD card. b. The transmitter must include a DSP based stereo encoder c. The transmitter must include an activated internal RDS encoder with static parameters (PI, PS, AF, MS, TA, TP, RT, CT…) and Dynamic PS Scrolling capability d. The transmitter must include an MPX Power Limiter. e. The transmitter must include a composite hard clipper. f. The transmitter must include a Digital MPX input (over AES) g. The transmitter must include embedded measurement visualizations including RF, MPX and Audio spectrums h. The transmitter must include graphical history readings of key parameters such as RF power, reflected power, temperatures, currents, voltages… i. The transmitter must include a configurable scheduler to set any transmitter parameter at specific date/time j. The transmitter must include as an option a multiband sound processor with selectable presets and audio adjustment. This option is not required now, but it must be possible to enable it in the future through a software upgrade with no change in hardware 3. Environmental, the following minimum parameters must be met a. Nominal operating temperature: 5°C to 45°C b. Maximum operating temperature: 0°C to 50°C c. Warehousing temperature: -20°C to +70°C d. Humidity: 5 - 95 % non-condensing relative humidity e. Warehousing time: 10 years f. Cooling: Internal air cooling 4. Power supply, the following minimum parameters must be met a. Voltage 184 VAC to 264 VAC b. Frequency 47 Hz - 63 Hz c. Transmitter max consumption i. 100W TX : 175W d. Power factor > 0.9 5. Physical a. Number of rack units i. 100W TX: 2u 6. Interface panel a. Indicators: Front panel leds must indicate: i. Life sign, ii. Warning, iii. Fault, iv. RF ON/OFF v. Local mode b. Front panel control Possibility to adjust and monitor the transmitter using the front panel. 7. RF section a. Frequency range 87.5 to 108 MHz b. Summary of different steps 10 kHz c. Frequency stability 75 dBc f. VSWR 40 Hz to 53 kHz @ 0.1 dB ii. > 20 Hz to 60 kHz @ 0.2 dB iii. > 60 kHz to 80 kHz @ 0.4 dB b. Intermodulation distortion 80 dB RMS @ 75 kHz deviation d. AM noise 20 Hz to 15 kHz @ 0.1 dB b. 38 kHz discontinuance > 50 dB c. Stereophonic crosstalk > 50 dB d. Pre-emphasis 0 µs, 50 µs or 75 µs 10. Mono operation a. Bandwidth > 40 Hz to 15 kHz @ 0.1 dB b. Out of band rejection > 40 dB @ 19 kHz c. Preemphasis 0 µs, 50 µs or 75 µs 11. AF inputs a. Analog i. Connector "XLR" type ii. Impedance High impedance, balanced iii. Level Software adjustable (-18/+18 dBu range) b. AES i. Connector "XLR" type ii. Impedance > 110 Ω balanced iii. Level Software adjustable (-20 to 0 dBFS range) iv. Sampling rate Auto adjusted up to 192 kHz v. Bit 16, 24, 32 c. Multiplex (MPX) i. Connector "BNC" type ii. Impedance > 5 kΩ unbalanced iii. Level Software adjustable (-18/+18 dBu range) 12. HF output/input a. FM transmitter output connector: i. 100W Tx: N(f) b. Impedance: 50 Ω c. Monitoring (RF Monitor): BNC type output connector on front panel 13. Standards : the following standards must be met a. 1999/5/CE (R&TTE) b. ETS 302 018 (EMC) c. ETS 300 384 (Radio) d. NF EN 60215 (Safety) Količina: 1 kom DOKUMENTI 1. 20260610101801_Pregled_postupka_117218.pdf https://cejn.gov.me/api/common/downloadFile/3259051 2. Obavještenje o ishodu postupka.pdf https://cejn.gov.me/api/common/downloadFile/3289918 3. Ugovor za nabavku FM Predajnika SIPA.pdf https://cejn.gov.me/api/common/downloadFile/3313228
| Supplier | Contract status | Awarded | VAT | Contract date |
|---|---|---|---|---|
| DRUŠTVO ZA USLUGE MARKETINGA, VIDEO PRODUKCIJE&KNOW DIGITAL TV INŽENJERING “SIPA” D.O.O. PODGORICAPIB 02294729 | Completed | €18,786 | €3,945.06 | 30 Jun 2026 |
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| Lot | Status | Estimated | Awarded | Contract date |
|---|---|---|---|---|
| Lot 1 | Awarded | — | €18,786 | 30 Jun 2026 |
Awards in this category usually come in at 97% of the estimate (middle half 86%–100%), across 461 awarded tenders. A typical contract is 18,779€.
This tender: 94% of its estimate.