Tech Ops RFP Att 2a VideoTech Compliance Matrix v3 final.xls

XLS spreadsheet 179 KB Posted Feb 16, 2011

Attached to: TechOps Federal contract opportunity
Solicitation number: HSHQDC-11-R-00019
Issued by: Department of Homeland Security Office of Procurement Operations

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Technical compliance matrix for video offering

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Other files attached to TechOps, newest first.
File	Type	Posted
TechOps RFP Amendment 000004 markup.pdf	PDF	Mar 23, 2011
TechOps Amendment 00004 Vendor Questions.pdf	PDF	Mar 23, 2011
Tech Ops RFP Att 2b Amt 4.xls	XLS spreadsheet	Mar 23, 2011
HSHQDC-11-R-00019 Amendment 4 signed.pdf	PDF	Mar 23, 2011
HSHQDC-11-R-00019 Amendment 00003entire.pdf	PDF	Mar 17, 2011
Tech Ops RFP Att 2a VideoTech Compliance Matrix Amendment 2 markup.xls	XLS spreadsheet	Mar 16, 2011
TechOps RFP Amendment 00002 Vendor Questions.pdf	PDF	Mar 16, 2011
HSHQDC-11-R-00019 00002 signed.pdf	PDF	Mar 16, 2011
Tech Ops Att 3 pricing sheet Amendment 2 markup.xls	XLS spreadsheet	Mar 16, 2011
TechOps RFP Amendment 000002 markup.pdf	PDF	Mar 16, 2011
HSHQDC-11-R-00019 Amendment 1 w attachment.pdf	PDF	Mar 14, 2011
HSHQDC-11-R-00019 TechOps RFP.pdf	PDF	Feb 16, 2011
Tech Ops RFP Att 2b Audio Tech Compliance Matrix v3 final.xls	XLS spreadsheet	Feb 16, 2011
Tech Ops Att 3 pricing sheet v5 6-16-10 clean copy.xls	XLS spreadsheet	Feb 16, 2011
TechOps att 5 acronyms.pdf	PDF	Feb 16, 2011
Tech Ops - Attachment 4 - Customer Survey.pdf	PDF	Feb 16, 2011
TechOps Attachment 6 Proposal Compliance Checklist.xls	XLS spreadsheet	Feb 16, 2011
HSHQDC-11-R-00019 cover letter.pdf	PDF	Feb 16, 2011

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Transmitter (Low)

	Offeror:
	Product:
	Features	Requirements	RFP
Reference	Proposal Reference	Product Compliance (Yes/No)	Vendor Comments
	Mandatory Minimum Requirements
	Video Transmitter (Low Frequency) Requirements		C.4.1.1
	Available Frequency Bands	L Band (1.7 -1.9 GHz), S Band (2.2 -2.4 GHz), C Band (4.4 -5.0 GHz)	C.4.1
	COFDM Transmitter RF Characteristics: RF Power Output	Greater than 20mW	C.4.1.1.1
	COFDM Transmitter RF Characteristics: Channel Step Size	1MHz Minimum	C.4.1.1.1
	COFDM Transmitter RF Characteristics: Encryption	AES 128 Encryption or Greater	C.4.1.1.1
	Video Characteristics: Analog Modulation if provided	NTSC minimum	C.4.1.1.3
	Video Characteristics: Digital Modulation	DVB-T 2k mode per ETSI EN 300744 minimum	C.4.1.1.3
	Video Characteristics: Analog Video Resolution	Equivalent to or greater than 480 horizontal lines	C.4.1.1.3
	Video Characteristics: Digital Video Resolution	640 by 480 Minimum	C.4.1.1.3
	Transmitter Audio Subcarrier Characteristics: Analog Audio Channel One Subcarrier Frequency Offset	Agency Directed	C.4.1.1.4
	Transmitter Audio Subcarrier Characteristics: Analog Audio Channel Two Subcarrier Frequency Offset	Agency Directed	C.4.1.1.4
	Transmitter Audo Subcarrier Characteristics: Digital Audio	MPEG layer I and II, ISO/IEC 13818-3	C.4.1.1.4
	Transmitter Audo Subcarrier Characteristics: Analog Audio Frequency Response	40 HZ to 10kHZ, within +/- 1.0 dB, per the 75 microsecond pre-emphasis curve, per EIA 250C	C.4.1.1.4
	Transmitter Audo Subcarrier Characteristics: Audio Input	"mic" level, 8mV peak to peak at 400Hz, +/- kHz	C.4.1.1.4
	Transmitter Audo Subcarrier Characteristics: Mic Bias Output	1.5 VDC bias to the microphone input	C.4.1.1.4
	Transmitter Audo Subcarrier Characteristics: Input Impedance	Greater than 2.5 kohms	C.4.1.1.4
	Input Voltage Requirements: Input Voltage	Between 1-18 VDC	C.4.1.1.5
	Input Voltage Requirements: Reverse Polarity Protection	No damage will occur to the transmitter if DC input power polarity is reversed, up to 20 volts maximum	C.4.1.1.5
	Input Voltage Requirements: Electronic Isolation	Negative DC input power and output RF shielding shall be electrically connected (grounded) to the case	C.4.1.1.5
	Controls and Mechanical	Transmit frequency selection shall be accomplished via built-in switches/ touch pad	C.4.1.1.6
	Controls and Mechanical	A minimum of 4 preset frequencies in each band shall be provided.	C.4.1.1.6
	Controls and Mechanical	If tuning in 1 MHz steps is available, there shall be a feature to disable this ability	C.4.1.1.6
	Physical Size	Not to exceed 40 cubic inches in volume (including heat sink)	C.4.1.1.7
	Transmitter Output Power Marking	The output power of each transmitter shall be permanently marked on the outside of the case	C.4.1.1.8
	Connectors: RF Output	Connectors for transmitters shall be consistent with surveillance industry standards (e.g. TNC, BNC, SMA or mini UHF)	C.4.1.1.9.1
	Connectors: DC Power	All transmitters shall have red and black 12 inch flying leads for electrical power input. A bulkhead connector and its pre-wired mating connector may be substituted	C.4.1.1.9.2
	Connectors: Microphone	All transmitters shall be supplied with removable, vendor provided microphones with appropriate connectors (e.g. Microtech DR-4S-6, Telocate JT4MB-01, or equal connectors for microphone input)	C.4.1.1.9.3
	Documentation		C.8
	Hard copy and soft copy of operating manual		C.3.1.4
	Environmental		C.6
	Operating Temperature	Operate within a temperature range of -20C to +40C with relative humidity of 0% to 95%	C.6.1
	Storage Temperature	Withstand storage temperatures of -40C to +70C without degradation to unit performance within the specified operating conditions	C.6.2
	Water resistant		C.6.5
	Identification Tag		D.1
	Provide a generic alphanumeric scheme (serial number) for marking.		D.1.1
	Unique, identifiable, and visible serial number shall be permanently affixed to each device		D.1.1.1
	If applicable, the frequency band of each device shall be labled as "L Band," "S Band," "C Band," or "Dual Band" in black block letters		D.1.1.2

&LSolicitation Number: HSHQDC-11-R-00019 Chapter D, Attachments Attachment 2a Technical Compliance Matrix: Video &A &CPage &P

Transmitter (Medium)

	Offeror:
	Product:
	Features	Requirements	RFP
Reference	Proposal Reference	Product Compliance (Yes/No)	Comments
	Mandatory Minimum Requirements
	Video Transmitter (Medium Frequency) Requirements		C.4.1.1
	Available Frequency Bands	L Band (1.7 -1.9 GHz), S Band (2.2 -2.4 GHz), C Band (4.4 -5.0 GHz)	C.4.1
	COFDM Transmitter RF Characteristics: RF Power Output	20mW to 200 mW nominal	C.4.1.1.1
	COFDM Transmitter RF Characteristics: Channel Step Size	1MHz Minimum	C.4.1.1.1
	COFDM Transmitter RF Characteristics: Encryption	AES 128 Encryption or Greater	C.4.1.1.1
	NTSC Transmitter RF Characteristics: RF Power Output	>200 mW	C.4.1.1.2
	NTSC Transmitter RF Characteristics: RF Power Impedance	50 Ohms	C.4.1.1.2
	NTSC Transmitter RF Characteristics: Frequency Stability	+/- .005% or 50 parts per million (ppm), between -20 to +70 degreees C	C.4.1.1.2
	NTSC Transmitter RF Characteristics: Spurious and Harmonic Emissions	Less than -60 dBc	C.4.1.1.2
	NTSC Transmitter RF Characteristics: VSWR Stability	The transmitter shall operate without oscillation, frequency instability or breakup into a load impedance with VSWR up to 3:1 over all places	C.4.1.1.2
	NTSC Transmitter RF Characteristics: Output Protection	No damage will occur to the transmitter if the RF output is shorted to the case, earth ground or left open at maximum power output	C.4.1.1.2
	Video Characteristics: Analog Modulation	NTSC minimum	C.4.1.1.3
	Video Characteristics: Digital Modulation	DVB-T 2k mode per ETSI EN 300744 minimum	C.4.1.1.3
	Video Characteristics: Analog Video Resolution	Equivalent to or greater than 480 horizontal lines	C.4.1.1.3
	Video Characteristics: Digital Video Resolution	640 by 480 Minimum	C.4.1.1.3
	Transmitter Audio Subcarrier Characteristics: Analog Audio Channel One Subcarrier Frequency Offset	Agency Directed	C.4.1.1.4
	Transmitter Audio Subcarrier Characteristics: Analog Audio Channel Two Subcarrier Frequency Offset	Agency Directed	C.4.1.1.4
	Transmitter Audo Subcarrier Characteristics: Digital Audio	MPEG layer I and II, ISO/IEC 13818-3	C.4.1.1.4
	Transmitter Audo Subcarrier Characteristics: Analog Audio Frequency Response	40 HZ to 10kHZ, within +/- 1.0 dB, per the 75 microsecond pre-emphasis curve, per EIA 250C	C.4.1.1.4
	Transmitter Audo Subcarrier Characteristics: Audio Input	"mic" level, 8mV peak to peak at 400Hz, +/- kHz	C.4.1.1.4
	Transmitter Audo Subcarrier Characteristics: Mic Bias Output	1.5 VDC bias to the microphone input	C.4.1.1.4
	Transmitter Audo Subcarrier Characteristics: Input Impedance	Greater than 2.5 kohms	C.4.1.1.4
	Input Voltage Requirements: Input Voltage	Between 1-18 VDC	C.4.1.1.5
	Input Voltage Requirements: Reverse Polarity Protection	No damage will occur to the transmitter if DC input power polarity is reversed, up to 20 volts maximum	C.4.1.1.5
	Input Voltage Requirements: Electronic Isolation	Negative DC input power and output RF shielding shall be electrically connected (grounded) to the case	C.4.1.1.5
	Controls and Mechanical	Transmit frequency selection shall be accomplished via built-in switches/ touch pad	C.4.1.1.6
	Controls and Mechanical	A minimum of 4 preset frequencies in each band shall be provided.	C.4.1.1.6
	Controls and Mechanical	If tuning in 1 MHz steps is available, there shall be a feature to disable this ability	C.4.1.1.6
	Physical Size	The physical size of the transmitters produced under this contract shall not exceed 40 cubic inches in volume (including heat sink)	C.4.1.1.7
	Transmitter Output Power Marking	The output power of each transmitter shall be permanently marked on the outside of the case	C.4.1.1.8
	Connectors: RF Output	Connectors for transmitters shall be consistent with surveillance industry standards (e.g. TNC, BNC, SMA or mini UHF)	C.4.1.1.9
	Connectors: DC Power	All transmitters shall have red and black 12 inch flying leads for electrical power input. A bulkhead connector and its pre-wired mating connector may be substituted	C.4.1.1.9
	Connectors: Microphone	All transmitters shall be supplied with removable, vendor provided microphones with appropriate connectors (e.g. Microtech DR-4S-6, Telocate JT4MB-01, or equal connectors for microphone input)	C.4.1.1.9
	Connectors: Video Input	All medium and variable power modesl shall have 4 inch flying leads of RF 178 or equal, with a male BNC connector on the end	C.4.1.1.9
	Documentation		C.8
	Hard copy and soft copy of operating manual		C.3.1.4
	Environmental		C.6
	Operating Temperature	Operate within a temperature range of -20C to +40C with relative humidity of 0% to 95%	C.6.1
	Storage Temperature	Withstand storage temperatures of -40C to +70C without degradation to unit performance within the specified operating conditions	C.6.2
	Water resistant		C.6.5
	Identification Tag		D.1
	Provide a generic alphanumeric scheme (serial number) for marking.		D.1.1
	Unique, identifiable, and visible serial number shall be permanently affixed to each device		D.1.1.1
	If applicable, the frequency band of each device shall be labled as "L Band," "S Band," "C Band," or "Dual Band" in black block letters		D.1.1.2

&LSolicitation Number: HSHQDC-11-R-00019 Chapter D, Attachments Attachment 2a Technical Compliance Matrix: Video &A &CPage &P

Transmitter (Variable)

	Offeror:
	Product:
	Features	Requirements	RFP
Reference	Proposal Reference	Product Compliance (Yes/No)	Vendor Comments
	Mandatory Minimum Requirements
	Video Transmitter (Variable Power) Requirements		C.4.1.1
	Available Frequency Bands	L Band (1.7 -1.9 GHz), S Band (2.2 -2.4 GHz), C Band (4.4 -5.0 GHz)	C.4.1
	COFDM Transmitter RF Characteristics: RF Power Output	20 mW to 200mW nominal	C.4.1.1.1
	COFDM Transmitter RF Characteristics: Channel Step Size	1MHz Minimum	C.4.1.1.1
	COFDM Transmitter RF Characteristics: Encryption	AES 128 Encryption or Greater	C.4.1.1.1
	NTSC Transmitter RF Characteristics: RF Power Output	250 mW to 2W nominal	C.4.1.1.2
	NTSC Transmitter RF Characteristics: RF Power Impedance	50 Ohms	C.4.1.1.2
	NTSC Transmitter RF Characteristics: Frequency Stability	+/- .005% or 50 parts per million (ppm), between -20 to +70 degreees C	C.4.1.1.2
	NTSC Transmitter RF Characteristics: Spurious and Harmonic Emissions	Less than -60 dBc	C.4.1.1.2
	NTSC Transmitter RF Characteristics: VSWR Stability	The transmitter shall operate without oscillation, frequency instability or breakup into a load impedance with VSWR up to 3:1 over all places	C.4.1.1.2
	NTSC Transmitter RF Characteristics: Output Protection	No damage will occur to the transmitter if the RF output is shorted to the case, earth ground or left open at maximum power output	C.4.1.1.2
	Video Characteristics: Analog Modulation	NTSC minimum	C.4.1.1.3
	Video Characteristics: Digital Modulation	DVB-T 2k mode per ETSI EN 300744 minimum	C.4.1.1.3
	Video Characteristics: Analog Video Resolution	Equivalent to or greater than 480 horizontal lines	C.4.1.1.3
	Video Characteristics: Digital Video Resolution	640 by 480 Minimum	C.4.1.1.3
	Transmitter Audio Subcarrier Characteristics: Analog Audio Channel One Subcarrier Frequency Offset	Agency Directed	C.4.1.1.4
	Transmitter Audio Subcarrier Characteristics: Analog Audio Channel Two Subcarrier Frequency Offset	Agency Directed	C.4.1.1.4
	Transmitter Audo Subcarrier Characteristics: Digital Audio	MPEG layer I and II, ISO/IEC 13818-3	C.4.1.1.4
	Transmitter Audo Subcarrier Characteristics: Analog Audio Frequency Response	40 HZ to 10kHZ, within +/- 1.0 dB, per the 75 microsecond pre-emphasis curve, per EIA 250C	C.4.1.1.4
	Transmitter Audo Subcarrier Characteristics: Audio Input	"mic" level, 8mV peak to peak at 400Hz, +/- kHz	C.4.1.1.4
	Transmitter Audo Subcarrier Characteristics: Mic Bias Output	1.5 VDC bias to the microphone input	C.4.1.1.4
	Transmitter Audo Subcarrier Characteristics: Input Impedance	Greater than 2.5 kohms	C.4.1.1.4
	Input Voltage Requirements: Input Voltage	Between 1-18 VDC	C.4.1.1.5
	Input Voltage Requirements: Reverse Polarity Protection	No damage will occur to the transmitter if DC input power polarity is reversed, up to 20 volts maximum	C.4.1.1.5
	Input Voltage Requirements: Electronic Isolation	Negative DC input power and output RF shielding shall be electrically connected (grounded) to the case	C.4.1.1.5
	Controls and Mechanical	Transmit frequency selection shall be accomplished via built-in switches/ touch pad	C.4.1.1.6
	Controls and Mechanical	A minimum of 4 preset frequencies in each band shall be provided.	C.4.1.1.6
	Controls and Mechanical	If tuning in 1 MHz steps is available, there shall be a feature to disable this ability	C.4.1.1.6
	Physical Size	The physical size of the transmitters produced under this contract shall not exceed 40 cubic inches in volume (including heat sink)	C.4.1.1.7
	Transmitter Output Power Marking	The output power of each transmitter shall be permanently marked on the outside of the case	C.4.1.1.8
	Connectors: RF Output	Connectors for transmitters shall be consistent with surveillance industry standards (e.g. TNC, BNC, SMA or mini UHF)	C.4.1.1.9
	Connectors: DC Power	All transmitters shall have red and black 12 inch flying leads for electrical power input. A bulkhead connector and its pre-wired mating connector may be substituted	C.4.1.1.9
	Connectors: Microphone	All transmitters shall be supplied with removable, vendor provided microphones with appropriate connectors (e.g. Microtech DR-4S-6, Telocate JT4MB-01, or equal connectors for microphone input)	C.4.1.1.9
	Connectors: Video Input	All medium and variable power modesl shall have 4 inch flying leads of RF 178 or equal, with a male BNC connector on the end	C.4.1.1.9
	Documentation		C.8
	Hard copy and soft copy of operating manual		C.3.1.4
	Environmental		C.6
	Operating Temperature	Operate within a temperature range of -20C to +40C with relative humidity of 0% to 95%	C.6.1
	Storage Temperature	Withstand storage temperatures of -40C to +70C without degradation to unit performance within the specified operating conditions	C.6.2
	Water resistant		C.6.5
	Identification Tag		D.1
	Provide a generic alphanumeric scheme (serial number) for marking.		D.1.1
	Unique, identifiable, and visible serial number shall be permanently affixed to each device		D.1.1.1
	If applicable, the frequency band of each device shall be labled as "L Band," "S Band," "C Band," or "Dual Band" in black block letters		D.1.1.2

&LSolicitation Number: HSHQDC-11-R-00019 Chapter D, Attachments Attachment 2a Technical Compliance Matrix: Video &A &CPage &P

Transmitter (High)

	Offeror:
	Product:
	Features	Requirements	RFP
Reference	Proposal Reference	Product Compliance (Yes/No)	Vendor Comments
	Mandatory Minimum Requirements
	Video Transmitter (High Power) Requirements		C.4.1.1
	Available Frequency Bands	Dual Band (L&S), or in each of the L Band, S Band, or C Band frequencies	C.4.1
	COFDM Transmitter RF Characteristics: RF Power Output	Greater than 200 mW	C.4.1.1.1
	COFDM Transmitter RF Characteristics: Channel Step Size	1MHz Minimum	C.4.1.1.1
	COFDM Transmitter RF Characteristics: Encryption	AES 128 Encryption or Greater	C.4.1.1.1
	NTSC Transmitter RF Characteristics: RF Power Output	Greater than 1 W	C.4.1.1.2
	NTSC Transmitter RF Characteristics: RF Power Impedance	50 Ohms	C.4.1.1.2
	NTSC Transmitter RF Characteristics: Frequency Stability	+/- .005% or 50 parts per million (ppm), between -20 to +70 degreees C	C.4.1.1.2
	NTSC Transmitter RF Characteristics: Spurious and Harmonic Emissions	Less than -60 dBc	C.4.1.1.2
	NTSC Transmitter RF Characteristics: VSWR Stability	The transmitter shall operate without oscillation, frequency instability or breakup into a load impedance with VSWR up to 3:1 over all places	C.4.1.1.2
	NTSC Transmitter RF Characteristics: Output Protection	No damage will occur to the transmitter if the RF output is shorted to the case, earth ground or left open at maximum power output	C.4.1.1.2
	Video Characteristics: Analog Modulation	NTSC minimum	C.4.1.1.3
	Video Characteristics: Digital Modulation	DVB-T 2k mode per ETSI EN 300744 minimum	C.4.1.1.3
	Video Characteristics: Analog Video Resolution	Equivalent to or greater than 480 horizontal lines	C.4.1.1.3
	Video Characteristics: Digital Video Resolution	640 by 480 Minimum	C.4.1.1.3
	Transmitter Audio Subcarrier Characteristics: Analog Audio Channel One Subcarrier Frequency Offset	Agency Directed	C.4.1.1.4
	Transmitter Audio Subcarrier Characteristics: Analog Audio Channel Two Subcarrier Frequency Offset	Agency Directed	C.4.1.1.4
	Transmitter Audo Subcarrier Characteristics: Digital Audio	MPEG layer I and II, ISO/IEC 13818-3	C.4.1.1.4
	Transmitter Audo Subcarrier Characteristics: Analog Audio Frequency Response	40 HZ to 10kHZ, within +/- 1.0 dB, per the 75 microsecond pre-emphasis curve, per EIA 250C	C.4.1.1.4
	Transmitter Audo Subcarrier Characteristics: Audio Input	"mic" level, 8mV peak to peak at 400Hz, +/- kHz	C.4.1.1.4
	Transmitter Audo Subcarrier Characteristics: Mic Bias Output	1.5 VDC bias to the microphone input	C.4.1.1.4
	Transmitter Audo Subcarrier Characteristics: Input Impedance	Greater than 2.5 kohms	C.4.1.1.4
	Input Voltage Requirements: Input Voltage	Between 1-18 VDC	C.4.1.1.5
	Input Voltage Requirements: Reverse Polarity Protection	No damage will occur to the transmitter if DC input power polarity is reversed, up to 20 volts maximum	C.4.1.1.5
	Input Voltage Requirements: Electronic Isolation	Negative DC input power and output RF shielding shall be electrically connected (grounded) to the case	C.4.1.1.5
	Controls and Mechanical	Transmit frequency selection shall be accomplished via built-in switches/ touch pad	C.4.1.1.6
	Controls and Mechanical	A minimum of 4 preset frequencies in each band shall be provided.	C.4.1.1.6
	Controls and Mechanical	If tuning in 1 MHz steps is available, there shall be a feature to disable this ability	C.4.1.1.6
	Physical Size	The physical size of the transmitters produced under this contract shall not exceed 40 cubic inches in volume (including heat sink)	C.4.1.1.7
	Transmitter Output Power Marking	The output power of each transmitter shall be permanently marked on the outside of the case	C.4.1.1.8
	Connectors: RF Output	Connectors for transmitters shall be consistent with surveillance industry standards (e.g. TNC, BNC, SMA or mini UHF)	C.4.1.1.9
	Connectors: DC Power	All transmitters shall have red and black 12 inch flying leads for electrical power input. A bulkhead connector and its pre-wired mating connector may be substituted	C.4.1.1.9
	Connectors: Microphone	All transmitters shall be supplied with removable, vendor provided microphones with appropriate connectors (e.g. Microtech DR-4S-6, Telocate JT4MB-01, or equal connectors for microphone input)	C.4.1.1.9
	Connectors: Video Input	All high power models shall have either 4 inch flying leads of RG 178 or equal, with a male BNC connector on the end, or a BNC Female bulkhead connector mounted on the transmitter's case.	C.4.1.1.9
	Documentation		C.8
	Hard copy and soft copy of operating manual		C.3.1.4
	Environmental		C.6
	Operating Temperature	Operate within a temperature range of -20C to +40C with relative humidity of 0% to 95%	C.6.1
	Storage Temperature	Withstand storage temperatures of -40C to +70C without degradation to unit performance within the specified operating conditions	C.6.2
	Water resistant		C.6.5
	Identification Tag		D.1
	Provide a generic alphanumeric scheme (serial number) for marking.		D.1.1
	Unique, identifiable, and visible serial number shall be permanently affixed to each device		D.1.1.1
	If applicable, the frequency band of each device shall be labled as "L Band," "S Band," "C Band," or "Dual Band" in black block letters		D.1.1.2

&LSolicitation Number: HSHQDC-11-R-00019 Chapter D, Attachments Attachment 2a Technical Compliance Matrix: Video &A &CPage &P

Receiver

	Offeror:
	Product:
	Features	Requirements	RFP
Reference	Proposal Reference	Product Compliance (Yes/No)	Vendor Comments
	Mandatory Minimum Requirements
	Video Receiver Specification		C.4.2
	RF Characteristics: Input Impedance	Nominal 50 Ohms Impedance	C.4.2.1
	RF Characteristics: Analog Frequency Stability	+/- .005% or 50 parts per million (ppm), between -20 to +70 degrees C	C.4.2.1
	RF Characteristics: Digital Frequency Stability	+/- 35kHZ between -20 to +70 deg C	C.4.2.1
	RF Characteristics: RF Sensitivity	At least -85 dBm	C.4.2.1
	RF Characteristics: VSWR	Maximum Voltage Standing Wave Ratio (VSWR) of 1.5:1	C.4.2.1
	RF Characteristics: Local Oscillator Radiation	Not to exceed -25 dB	C.4.2.1
	Video Characteristics: Analog Modulation Type if provided	NTSC Minimum	C.4.2.2
	Video characteristics: Digital Modulation Type	DVB -T 2k mode per ETSI EN 300744 minimum	C.4.2.2
	Video Characteristics: Analog Video Resolution	Equivalent to or greater than 480 lines	C.4.2.2
	Audio Subcarrier Characteristics: Analog Receiver Audio Channel One Subcarrier Frequency Offset	Agency Directed	C.4.2.3
	Audio Subcarrier Characteristics: Analog Receiver Audio Channel Twp Subcarrier Frequency Offset	Agency Directed	C.4.2.3
	Audio Frequency Response	40 Hz to 15kHz, within +/- 1.0 dB, per the 75 microsecond pre-emphasis curve, per EIA 250C	C.4.2.3
	Audio Output	Minimum of "line" level, adjustable up to 6V peak to peake at 400 Hz, +/- 75 kHz	C.4.2.3
	Output Impedance	Nominally 600 ohms unbalanced	C.4.2.3
	Input Power: Input Voltage	All recievers shall be operable from 100 to 240 VAC, 47 - 63 HZ and 11 to 16 VDC	C.4.2.4
	Revserse Polarity Protection	No damages shall occur to any receiver model if DC power is reversed, up to 20 volts, maximum	C.4.2.5
	Controls and Mechanical: Frequency Section	Min of 1MHz steps through selected band with selectable preset frequencies. Dual band receivers shall have 8 presets. C band recievers shall have 4 presets. Tuning and preset selection shall be by touch pad, switches, or other manually operable system.	C.4.2.6
	Controls and Mechanical: Audio Level Adjust	Adjustable throughout the required range by a recessed, front panel screwdriver potentiometer for all models.	C.4.2.6
	Controls and Mechanical: On/Off Switch	Receivers shall have a lighted on/off circuit breaker to control power to the reciever	C.4.2.6
	Controls and Mechanical: RF Signal Strength Meter	Receivers shall have an RF signal strength meter. It shall be installed in the front or face of the receiver. An analog meter is preferred. A digital meter may be substituted if it can display a 5% change in signal strength.	C.4.2.6
	Controls and Mechanical: Video Monitor	All Setup recievers shall have a video monitor mechanically attached to the receiver unit. The monitor shall be a minimum of 5.7 inches diagonal.	C.4.2.6
	Physical Size Briefcase Kit:	5000 cubic inches in volume	C.4.2.7
	Physical Size Brick:	50 cubic inches in volume	C.4.2.7
	Video and Audio Output Reciever Markings	The video and audio outputs shall be clearly marked on all Standard reciever models as "VIDEO", "AUDIO 1", and "AUDIO 2".	C.4.2.8
	Video and Audio Output Reciever Markings	The video and audio outputs shall be clearly marked on all Setup reciever models as "VIDEO I/O", "AUDIO 1 I/O", and "AUDIO 2 I/O".	C.4.2.8
	Documentation		C.8
	Hard copy and soft copy of operating manual		C.3.1.4
	Environmental		C.6
	Operating Temperature	Operate within a temperature range of -20C to +40C with relative humidity of 0% to 95%	C.6.1
	Storage Temperature	Withstand storage temperatures of -40C to +70C without degradation to unit performance within the specified operating conditions	C.6.2
	Water resistant		C.6.5
	Identification Tag		D.1
	Provide a generic alphanumeric scheme (serial number) for marking.		D.1.1
	Unique, identifiable, and visible serial number shall be permanently affixed to each device		D.1.1.1
	If applicable, the frequency band of each device shall be labled as "L Band," "S Band," "C Band," or "Dual Band" in black block letters		D.1.1.2

&LSolicitation Number: HSHQDC-11-R-00019 Chapter D, Attachments Attachment 2a Technical Compliance Matrix: Video &A &CPage &P

Repeater

	Offeror:
	Product:
	Features	Requirements	RFP
Reference	Proposal Reference	Product Compliance (Yes/No)	Vendor Comments
	Mandatory Minimum Requirements
	Video Repeater Specifications		C.4.3
	Filter Kit	Each repeater shall contain a filter kit that ,when the appropriate filter is connected to the input of the reciever, shall have sufficient filtering to reject the radiated signal from the repeater's transmitter.	C.4.3
	Filter Kit	The filter shall be interchangeable with input and output connections mating to male SMA connectors.	C.4.3
	Repeater Housing	The repeater components shall be housed in a weather resistant, RF transparent, enclosure with an internal, 8dB gain (mininmum) directional antennal tuned for the receiver frequencies.	C.4.3
	Repeater Housing	The directional antenna shall be manually steerable	C.4.3
	Repeater Housing	The housing shall have an N-type female bulkhead connector for use with an external antenna	C.4.3
	Repeater Housing	The external antenna shall be 6dB (nominal) omni, tuned for the transmission of frequencies.	C.4.3
	Repeater Housing	All components shall be designed and/or mounted in such a way as to allow easy component replacements in the field	C.4.3
	Repeater Transmitter Specifications	The transmitter specifications are the same as those for the high power transmitter. These units shall function as replacement parts for the repeater.	C.4.3.1
	High Power Transmitter Specifications Below:
	Available Frequency Bands	Dual Band (L&S), or in each of the L Band, S Band, or C Band frequencies	C.4.1
	COFDM Transmitter RF Characteristics: RF Power Output	Greater than 1 W	C.4.1.1.1
	COFDM Transmitter RF Characteristics: Channel Step Size	1MHz Minimum	C.4.1.1.1
	COFDM Transmitter RF Characteristics: Encryption	AES 128 Encryption or Greater	C.4.1.1.1
	NTSC Transmitter RF Characteristics: RF Power Output	Greater than 1 W	C.4.1.1.2
	NTSC Transmitter RF Characteristics: RF Power Impedance	50 Ohms	C.4.1.1.2
	NTSC Transmitter RF Characteristics: Frequency Stability	+/- .005% or 50 parts per million (ppm), between -20 to +70 degreees C	C.4.1.1.2
	NTSC Transmitter RF Characteristics: Spurious and Harmonic Emissions	Less than -60 dBc	C.4.1.1.2
	NTSC Transmitter RF Characteristics: VSWR Stability	The transmitter shall operate without oscillation, frequency instability or breakup into a load impedance with VSWR up to 3:1 over all places	C.4.1.1.2
	NTSC Transmitter RF Characteristics: Output Protection	No damage will occur to the transmitter if the RF output is shorted to the case, earth ground or left open at maximum power output	C.4.1.1.2
	Video Characteristics: Analog Modulation	NTSC minimum	C.4.1.1.3
	Video Characteristics: Digital Modulation	DVB-T 2k mode per ETSI EN 300744 minimum	C.4.1.1.3
	Video Characteristics: Analog Video Resolution	Equivalent to or greater than 480 horizontal lines	C.4.1.1.3
	Video Characteristics: Digital Video Resolution	640 by 480 Minimum	C.4.1.1.3
	Transmitter Audio Subcarrier Characteristics: Analog Audio Channel One Subcarrier Frequency Offset	Agency Directed	C.4.1.1.4
	Transmitter Audio Subcarrier Characteristics: Analog Audio Channel Two Subcarrier Frequency Offset	Agency Directed	C.4.1.1.4
	Transmitter Audo Subcarrier Characteristics: Digital Audio	MPEG layer I and II, ISO/IEC 13818-3	C.4.1.1.4
	Transmitter Audo Subcarrier Characteristics: Analog Audio Frequency Response	40 HZ to 10kHZ, within +/- 1.0 dB, per the 75 microsecond pre-emphasis curve, per EIA 250C	C.4.1.1.4
	Transmitter Audo Subcarrier Characteristics: Audio Input	"mic" level, 8mV peak to peak at 400Hz, +/- kHz	C.4.1.1.4
	Transmitter Audo Subcarrier Characteristics: Mic Bias Output	1.5 VDC bias to the microphone input	C.4.1.1.4
	Transmitter Audo Subcarrier Characteristics: Input Impedance	Greater than 2.5 kohms	C.4.1.1.4
	Input Voltage Requirements: Input Voltage	Between 1-18 VDC	C.4.1.1.5
	Input Voltage Requirements: Reverse Polarity Protection	No damage will occur to the transmitter if DC input power polarity is reversed, up to 20 volts maximum	C.4.1.1.5
	Input Voltage Requirements: Electronic Isolation	Negative DC input power and output RF shielding shall be electrically connected (grounded) to the case	C.4.1.1.5
	Controls and Mechanical	Transmit frequency selection shall be accomplished via built-in switches/ touch pad	C.4.1.1.6
	Controls and Mechanical	A minimum of 4 preset frequencies in each band shall be provided.	C.4.1.1.6
	Controls and Mechanical	If tuning in 1 MHz steps is available, there shall be a feature to disable this ability	C.4.1.1.6
	Physical Size	The physical size of the transmitters produced under this contract shall not exceed 40 cubic inches in volume (including heat sink)	C.4.1.1.7
	Transmitter Output Power Marking	The output power of each transmitter shall be permanently marked on the outside of the case	C.4.1.1.8
	Connectors: RF Output	Connectors for transmitters shall be consistent with surveillance industry standards (e.g. TNC, BNC, SMA or mini UHF)	C.4.1.1.9
	Connectors: DC Power	All transmitters shall have red and black 12 inch flying leads for electrical power input. A bulkhead connector and its pre-wired mating connector may be substituted	C.4.1.1.9
	Connectors: Microphone	All transmitters shall be supplied with removable, vendor provided microphones with appropriate connectors (e.g. Microtech DR-4S-6, Telocate JT4MB-01, or equal connectors for microphone input)	C.4.1.1.9
	Connectors: Video Input	All high power models shall have either 4 inch flying leads of RG 178 or equal, with a male BNC connector on the end, or a BNC Female bulkhead connector mounted on the transmitter's case.	C.4.1.1.9
	END High Power Transmitter Specifications
	Repeater Reciever Specifications	The receiver specifications are the same as those for the Receiver. These unis shall function as replacement parts for the repeater.	C.4.3.2
	Receiver Specifications Below:
	RF Characteristics: Input Impedance	Nominal 50 Ohms Impedance	C.4.2.1
	RF Characteristics: Analog Frequency Stability	+/- .005% or 50 parts per million (ppm), between -20 to +70 degrees C	C.4.2.1
	RF Characteristics: Digital Frequency Stability	+/- 35kHZ between -20 to +70 deg C	C.4.2.1
	RF Characteristics: RF Sensitivity	At least -85 dBm	C.4.2.1
	RF Characteristics: VSWR	Maximum Voltage Standing Wave Ratio (VSWR) of 1.5:1	C.4.2.1
	RF Characteristics: Local Oscillator Radiation	Not to exceed -25 dB	C.4.2.1
	Video Characteristics: Analog Modulation Type	NTSC Minimum	C.4.2.2
	Video characteristics: Digital Modulation Type	DVB -T 2k mode per ETSI EN 300744 minimum	C.4.2.2
	Video Characteristics: Analog Video Resolution	Equivalent to or greater than 480 lines	C.4.2.2
	Audio Subcarrier Characteristics: Analog Receiver Audio Channel One Subcarrier Frequency Offset	Agency Directed	C.4.2.3
	Audio Subcarrier Characteristics: Analog Receiver Audio Channel Twp Subcarrier Frequency Offset	Agency Directed	C.4.2.3
	Audio Frequency Response	40 Hz to 15kHz, within +/- 1.0 dB, per the 75 microsecond pre-emphasis curve, per EIA 250C	C.4.2.3
	Audio Output	Minimum of "line" level, adjustable up to 6V peak to peake at 400 Hz, +/- 75 kHz	C.4.2.3
	Output Impedance	Nominally 600 ohms unbalanced	C.4.2.3
	Input Power: Input Voltage	All recievers shall be operable from 100 to 240 VAC, 47 - 63 HZ and 11 to 16 VDC	C.4.2.4
	Revserse Polarity Protection	No damages shall occur to any receiver model if DC power is reversed, up to 20 volts, maximum	C.4.2.5
	Controls and Mechanical: Frequency Section	Min of 1MHz steps through selected band with selectable preset frequencies. Dual band receivers shall have 8 presets. C band recievers shall have 4 presets. Tuning and preset selection shall be by touch pad, switches, or other manually operable system.	C.4.2.6
	Controls and Mechanical: Audio Level Adjust	Adjustable throughout the required range by a recessed, front panel screwdriver potentiometer for all models.	C.4.2.6
	Controls and Mechanical: On/Off Switch	All Standard and Setup receiver models shall have a lighted on/off circuit breaker switch to control power to the receiver	C.4.2.6
	Controls and Mechanical: RF Signal Strength Meter	All receiver models shall have an RF signal strength meter. It shall be installed in the front or face of the receiver. An analog meter is preferred. A digital meter may be substituted if it can display a 5% change in signal strength.	C.4.2.6
	Controls and Mechanical: Video Monitor	All Setup recievers shall have a video monitor mechanically attached to the receiver unit. The monitor shall be a minimum of 5.7 inches diagonal.	C.4.2.6
	Physical Size Briefcase Kit:	5000 cubic inches in volume	C.4.2.7
	Physical Size Brick:	50 cubic inches in volume	C.4.2.7
	Video and Audio Output Reciever Markings	The video and audio outputs shall be clearly marked on all Standard reciever models as "VIDEO", "AUDIO 1", and "AUDIO 2".	C.4.2.8
	Video and Audio Output Reciever Markings	The video and audio outputs shall be clearly marked on all Setup reciever models as "VIDEO I/O", "AUDIO 1 I/O", and "AUDIO 2 I/O".	C.4.2.8
	END Transmitter Specifications
	Input Power	Repeater shall be operable using 100-240 VAC, 47-63 HZ and 11 to 16 VDC	C.4.3.3
	Power Connectors	The power connectors shall be weatherproof	C.4.3.4
	Power Connectors	The repeater shall be provided with 1 eight foot AC power cord with a standard 110 VAC, 15 amp, 3 prong plug on one end and a mating connector to the repeater on the other	C.4.3.4
	Power Connectors	The repeater shall also be provided with one 4 foot DC power cord with flying leads extending from a mating connector for the repeater	C.4.3.4
	Size: Transmitter Size	The phyiscal size of the repeater transmitter shall not exceed 40 cubic inches in volume (including heat sink)	C.4.3.5
	Size: Reciever Size	The physical size of the repeater reciever shall not not exceed 50 cubic inches in volume	C.4.3.5
	Outdoor Housing	The repeater system shall be enclosed in a standard NEMA box with standard pole and wall mount brackets	C.4.3.6
	RF Connectors	Connectors for transmitters shall be consistent with surveillance industry standards (e.g. TNC, BNC, SMA or mini UHF)	C.4.3.7
	Documentation		C.8
	Hard copy and soft copy of operating manual		C.3.1.4
	Environmental		C.6
	Operating Temperature	Operate within a temperature range of -20C to +40C with relative humidity of 0% to 95%	C.6.1
	Storage Temperature	Withstand storage temperatures of -40C to +70C without degradation to unit performance within the specified operating conditions	C.6.2
	Water resistant		C.6.5
	Identification Tag		D.1
	Provide a generic alphanumeric scheme (serial number) for marking.		D.1.1
	Unique, identifiable, and visible serial number shall be permanently affixed to each device		D.1.1.1
	If applicable, the frequency band of each device shall be labled as "L Band," "S Band," "C Band," or "Dual Band" in black block letters		D.1.1.2

&LSolicitation Number: HSHQDC-11-R-00019 Chapter D, Attachments Attachment 2a Technical Compliance Matrix: Video &A &CPage &P

Kit

	Offeror:
	Product:
	Features	Requirements	RFP
Reference	Proposal Reference	Product Compliance (Yes/No)	Vendor Comments
	Mandatory Minimum Requirements
	Video Kit Specification		C.4.4
	Video Kit	The kits include one stereo transmitter, a receiver, and necessary antennas and cables	C.4.4
	Video Kit	The components shall be housed in a weather resistant enclosure	C.4.4
	Video Kit	The transmitter specifications are the same as those for the Medium Power COFDM Transmitter	C.4.4
	Medium Power COFDM Transmitter Specifications Below:
	Available Frequency Bands	L Band (1.7 -1.9 GHz), S Band (2.2 -2.4 GHz), C Band (4.4 -5.0 GHz)	C.4.1
	COFDM Transmitter RF Characteristics: RF Power Output	20mW to 200 mW nominal	C.4.1.1.1
	COFDM Transmitter RF Characteristics: Channel Step Size	1MHz Minimum	C.4.1.1.1
	COFDM Transmitter RF Characteristics: Encryption	AES 128 Encryption or Greater	C.4.1.1.1
	Video Characteristics: Analog Modulation	NTSC minimum	C.4.1.1.3
	Video Characteristics: Digital Modulation	DVB-T 2k mode per ETSI EN 300744 minimum	C.4.1.1.3
	Video Characteristics: Analog Video Resolution	Equivalent to or greater than 480 horizontal lines	C.4.1.1.3
	Video Characteristics: Digital Video Resolution	640 by 480 Minimum	C.4.1.1.3
	Transmitter Audio Subcarrier Characteristics: Analog Audio Channel One Subcarrier Frequency Offset	Agency Directed	C.4.1.1.4
	Transmitter Audio Subcarrier Characteristics: Analog Audio Channel Two Subcarrier Frequency Offset	Agency Directed	C.4.1.1.4
	Transmitter Audo Subcarrier Characteristics: Digital Audio	MPEG layer I and II, ISO/IEC 13818-3	C.4.1.1.4
	Transmitter Audo Subcarrier Characteristics: Analog Audio Frequency Response	40 HZ to 10kHZ, within +/- 1.0 dB, per the 75 microsecond pre-emphasis curve, per EIA 250C	C.4.1.1.4
	Transmitter Audo Subcarrier Characteristics: Audio Input	"mic" level, 8mV peak to peak at 400Hz, +/- kHz	C.4.1.1.4
	Transmitter Audo Subcarrier Characteristics: Mic Bias Output	1.5 VDC bias to the microphone input	C.4.1.1.4
	Transmitter Audo Subcarrier Characteristics: Input Impedance	Greater than 2.5 kohms	C.4.1.1.4
	Input Voltage Requirements: Input Voltage	Between 1-18 VDC	C.4.1.1.5
	Input Voltage Requirements: Reverse Polarity Protection	No damage will occur to the transmitter if DC input power polarity is reversed, up to 20 volts maximum	C.4.1.1.5
	Input Voltage Requirements: Electronic Isolation	Negative DC input power and output RF shielding shall be electrically connected (grounded) to the case	C.4.1.1.5
	Controls and Mechanical	Transmit frequency selection shall be accomplished via built-in switches/ touch pad	C.4.1.1.6
	Controls and Mechanical	A minimum of 4 preset frequencies in each band shall be provided.	C.4.1.1.6
	Controls and Mechanical	If tuning in 1 MHz steps is available, there shall be a feature to disable this ability	C.4.1.1.6
	Physical Size	The physical size of the transmitters produced under this contract shall not exceed 40 cubic inches in volume (including heat sink)	C.4.1.1.7
	Transmitter Output Power Marking	The output power of each transmitter shall be permanently marked on the outside of the case	C.4.1.1.8
	Connectors: RF Output	Connectors for transmitters shall be consistent with surveillance industry standards (e.g. TNC, BNC, SMA or mini UHF)	C.4.1.1.9
	Connectors: DC Power	Transmitters shall have red and black 12 inch flying leads for electrical power input. A bulkhead connector and its pre-wired mating connector may be substituted	C.4.1.1.9
	Connectors: Microphone	Transmitters shall be supplied with removable, vendor provided microphones with appropriate connectors (e.g. Microtech DR-4S-6, Telocate JT4MB-01, or equal connectors for microphone input)	C.4.1.1.9
	Connectors: Video Input	Variable power transmitter shall have 4 inch flying leads of RF 178 or equal, with a male BNC connector on the end	C.4.1.1.9
	END Medium Power COFDM Transmitter Specifications
	Video Kit	The reciever specifivations are the same as for the reciever.
	Receiver Specifications Below:
	RF Characteristics: Input Impedance	Nominal 50 Ohms Impedance	C.4.2.1
	RF Characteristics: Analog Frequency Stability	+/- .005% or 50 parts per million (ppm), between -20 to +70 degrees C	C.4.2.1
	RF Characteristics: Digital Frequency Stability	+/- 35kHZ between -20 to +70 deg C	C.4.2.1
	RF Characteristics: RF Sensitivity	At least -85 dBm	C.4.2.1
	RF Characteristics: VSWR	Maximum Voltage Standing Wave Ratio (VSWR) of 1.5:1	C.4.2.1
	RF Characteristics: Local Oscillator Radiation	Not to exceed -25 dB	C.4.2.1
	Video Characteristics: Analog Modulation Type (if provided)	NTSC Minimum	C.4.2.2
	Video characteristics: Digital Modulation Type	DVB -T 2k mode per ETSI EN 300744 minimum	C.4.2.2
	Video Characteristics: Analog Video Resolution	Equivalent to or greater than 480 lines	C.4.2.2
	Audio Subcarrier Characteristics: Analog Receiver Audio Channel One Subcarrier Frequency Offset	Agency Directed	C.4.2.3
	Audio Subcarrier Characteristics: Analog Receiver Audio Channel Twp Subcarrier Frequency Offset	Agency Directed	C.4.2.3
	Audio Frequency Response	40 Hz to 15kHz, within +/- 1.0 dB, per the 75 microsecond pre-emphasis curve, per EIA 250C	C.4.2.3
	Audio Output	Minimum of "line" level, adjustable up to 6V peak to peake at 400 Hz, +/- 75 kHz	C.4.2.3
	Output Impedance	Nominally 600 ohms unbalanced	C.4.2.3
	Input Power: Input Voltage	All recievers shall be operable from 100 to 240 VAC, 47 - 63 HZ and 11 to 16 VDC	C.4.2.4
	Revserse Polarity Protection	No damages shall occur to any receiver model if DC power is reversed, up to 20 volts, maximum	C.4.2.5
	Controls and Mechanical: Frequency Section	Min of 1MHz steps through selected band with selectable preset frequencies. Dual band receivers shall have 8 presets. C band recievers shall have 4 presets. Tuning and preset selection shall be by touch pad, switches, or other manually operable system.	C.4.2.6
	Controls and Mechanical: Audio Level Adjust	Adjustable throughout the required range by a recessed, front panel screwdriver potentiometer for all models.	C.4.2.6
	Controls and Mechanical: On/Off Switch	Receivers shall have a lighted on/off circuit breaker switch to control power to the receiver	C.4.2.6
	Controls and Mechanical: RF Signal Strength Meter	Recievers shall have an RF signal strength meter. It shall be installed in the front or face of the receiver. An analog meter is preferred. A digital meter may be substituted if it can display a 5% change in signal strength.	C.4.2.6
	Controls and Mechanical: Video Monitor	Recievers shall have a video monitor mechanically attached to the receiver unit. The monitor shall be a minimum of 5.7 inches diagonal.	C.4.2.6
	Physical Size Briefcase Kit:	5000 cubic inches in volume	C.4.2.7
	Physical Size Brick:	50 cubic inches in volume	C.4.2.7
	Video and Audio Output Reciever Markings	The video and audio outputs shall be clearly marked on all Standard reciever models as "VIDEO", "AUDIO 1", and "AUDIO 2".	C.4.2.8
	Video and Audio Output Reciever Markings	The video and audio outputs shall be clearly marked on all Setup reciever models as "VIDEO I/O", "AUDIO 1 I/O", and "AUDIO 2 I/O".	C.4.2.8
	END Receiver Specifications:
	Documentation		C.8
	Hard copy and soft copy of operating manual		C.3.1.4
	Environmental		C.6
	Operating Temperature	Operate within a temperature range of -20C to +40C with relative humidity of 0% to 95%	C.6.1
	Storage Temperature	Withstand storage temperatures of -40C to +70C without degradation to unit performance within the specified operating conditions	C.6.2
	Water resistant		C.6.5
	Identification Tag		D.1
	Provide a generic alphanumeric scheme (serial number) for marking.		D.1.1
	Unique, identifiable, and visible serial number shall be permanently affixed to each device		D.1.1.1
	If applicable, the frequency band of each device shall be labled as "L Band," "S Band," "C Band," or "Dual Band" in black block letters		D.1.1.2

&LSolicitation Number: HSHQDC-11-R-00019 Chapter D, Attachments Attachment 2a Technical Compliance Matrix: Video &A &CPage &P

IP Camera

	Offeror:
	Product:
	Features	Requirements	RFP
Reference	Proposal Reference	Product Compliance (Yes/No)	Vendor Comments
	Mandatory Minimum Requirements
	IP Camera Specifications		C.4.5
	IP Video Camera Specification	The IP video camera shall utilize MPEG-4 or JPEG compression	C.4.5.1
	IP Video Camera Specification	For JPEG compression, compression levels shall be user selectable in 10 steps, ranging from 1/5 to 1/60 compression ratios, based on an image of 24 bits per picture element (8 bits each for R, G & B)	C.4.5.1
	IP Video Camera Specification	Shall incorporate a built in web server, such that standard web browsers Inernet Explorer or Netscape Navigator can be used to view the camera view without special viewer software	C.4.5.1
	IP Video Camera Specification	Supported operating system shall be Windows NT4.0, 2000, XP, Vista and 7.	C.4.5.1
	IP Video Camera Specification	Minimum PC requirements shall be 500MHz, PIII Processor, with 128 MB RAM supporting 1024 x 768 True Color display capability	C.4.5.1
	Camera I/O: Network Interface	8-pin RJ-45 connector, 10 Base T/100 Base TX Ethernet	C.4.5.1.1
	Camera I/O: Alarm and other ports	The IP video camera shall have an I/O interface located on the rear of the base. There shall be 3 separate alarm input ports, and 2 alarm output ports, an RS-232C port and an RS-485 port. Alarm ports shall be opto-isolated	C.4.5.1.1
	Camera I/O: Video Output	Video output connectors shall be BNC type. Normal view shall be ceiling mounted operation only.	C.4.5.1.1
	Cameral Protocols: Network Interface Protocols	Network protocols supported shall be TCP/IP, ARP, HTTP, ICMP, SMTP, FTP, DHCP and SNMP. Network security shall be via password (basic authentication) and IP filtering	C.4.5.1.2
	Camera Modes of Operation and Resolution: User levels	At least 4 user level settings. Typical access functions shall be as follows: Level 1: viewing only; Level 2: Pan/Tilt & preset control; Level 3: Trigger alarm outputs, capture images, FTP or e-mail images; Level 4: All functions (Administrator)	C.4.5.1.3
	Camera Modes of Operation and Resolution: Video Frame Rate	Maximum frame rate capability of the IP video camera over LAN shall be up to 30 frames per second on 640 x 480 capture size	C.4.5.1.3
	Camera Modes of Operation and Resolution: Video Image Size	Image sizes shall be user selectable to include at least the following: i) 736 x 480; ii) 640 x 480; iii) 320 x 240; iv) 160 x 120	C.4.5.1.3
	Camera Modes of Operation and Resolution: Video Mode	The IP video camera shall have color and B/W mode capability	C.4.5.1.3
	Camera Modes of Operation and Resolution: Number of Simultaneous Viewers	The IP video camera shall be capable of supporting up to 50 users simultaneously over the network	C.4.5.1.3
	Camera Modes of Operation and Resolution: Luminance Detection	Shall incorporate an Activity Detection circuit to detect changes in luminance levels in the designated area. Detection area shall be rectangular, variable in size, and set by the administrator. Camera shall have 9 levles of sensitivity.	C.4.5.1.3
	Camera Modes of Operation and Resolution: Alarm Buffering	The IP Video Camera shall be capable of pre and post alarm buffering	C.4.5.1.3
	Camera Optics and Control: Camera Focus	The IP Video Camera shall have an integral optical auto focus zoom lens. The camera shall also feature digital zoom that extends the total zoom range.	C.4.5.1.4
	Camera Optics and Control: Pan and Tilt Range	The IP Video Camera shall incorporate an integral DC servo type Pan/Tilt mechanism, allowing a total pan range of 340 degrees or greater and a tilt range of -25 degrees to 90 degrees or greater.	C.4.5.1.4
	Camera Optics and Control: Vibration Protection	The IP Video Camera shall have compensation for slight vibrations. There shall be no loss of video resolution when this mode is activated.	C.4.5.1.4
	Camera Optics and Control: Camera Optics	Cameral lens shall have an optical zoom range of 25X minimum	C.4.5.1.4
	Camera Optics and Control: Camera Optics	Focal length range shall be 2.4 mm to 60 mm, F1.6 (wide) to F2.7 (tele)	C.4.5.1.4
	Camera Optics and Control: Camera Optics	Horizontal viewing angle shall be 2.0 degrees to 45 degrees	C.4.5.1.4
	Camera Optics and Control: Camera Optics	Camera lens shall feature an inner focus type mechanism	C.4.5.1.4
	Camera Optics and Control: Camera Optics	Camera lens shall be auto-focus type, but can be switched to maual, which can be set by the administrator	C.4.5.1.4
	Camera Optics and Control: Camera Optics	Minimum object distance shall be 30 mm on wide angle, and 800 mm on maximum zoom	C.4.5.1.4
	Camera Optics and Control: IP Port Bandwidth	The IP Video Camera shall be capable of limiting the bandwidth on all ports from 0.5 Mbps to 8 Mbps	C.4.5.1.4
	Camera Optics and Control: Image Buffer Size	The IP Video Camera shall have an internal image memory size of 8MB for alarm buffering	C.4.5.1.4
	Camera Optics and Control: Synchronization	Cameral synchronization shall be internal	C.4.5.1.4
	DC Power	Power consumption shall be 21.6 W maximum	C.4.5.1.5
	Electrical: DC Power	The IP Video Camera shall use an input voltage of either 12 VDC	C.4.5.1.6
	Electrical: DC Power	The power connection shall be by means of a coaxial DC jack.	C.4.5.1.6
	Electrical: DC Power	The scanning system shall be 525 lines, 60 fields/30frames, 2:1 interlace	C.4.5.1.6
	Electrical: DC Power	The video output of the IP video camera shall meet the EIA/NTSC standard	C.4.5.1.6
	Electrical: Cameral Luminance Operating Range	The color camera shall require a minimum scene illumination of: Color- 3.0 lux at fl.6 (50 IRE, AE mode, slow shutter OFF); B/W- 0.18 lux at F1.6 (50 IRE, AE mode, slow shutter OFF)	C.4.5.1.6
	Electrical: Composite Video Output	The composite video output shall be 1.0V peak to peak @ 75 ohms, sync negative via a BNC connector	C.4.5.1.6
	Electrical: Video signal to noise ratio	The video signal to noise ratio shall be 48 dB.	C.4.5.1.6
	Electrical: Video gain	Video gain shall be auto or manula with a range of -3 tp +28 dB	C.4.5.1.6
	Electrical: Video balance	White balance shall be auto, indoor, outdoor, one push AWB, ATW, or manual	C.4.5.1.6
	Mechanical: Pan/Tilt	The pan/tilt mechanism shall incorporate direct drive gearless motors, suitable for either desktop or ceiling mount operation	C.4.5.1.7
	Mechanical: Pan/Tilt	Full pan range of 340 degrees shall be achieved in 2 seconds, and full 115 degree tilt travel shall be 1.5 seconds.	C.4.5.1.7
	Mechanical: Filters	The camera shall employ a motor driven mechanism that removes the IR cut filter position from the front of the CCD when it switches to B/W mode.	C.4.5.1.7
	Mechanical: Filters	On B/W mode, the IR cut filter shall move away from the CCD imager, allowing the camera to fully utilize the sensitivity of the CCD in the near IR range, beyond 700 nm.	C.4.5.1.7
	Mechanical: Pan/Tilt Control	The Camera shall be capable of 16 presets	C.4.5.1.7
	Mechanical: Pan/Tilt Control	There shall be 5 tour settings that can be established- labeled A, B, C, D & E.	C.4.5.1.7

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File details come from the government source that posted it. Updated Nov 14, 2017.