CATV AMPLIFIERS · DOCSIS® / HFC

CATV Amplifiers for HFC Network Equipment

SANLAND’s CATV amplifier portfolio includes high-power amplifiers in multi-chip module (MCM) packaging, low-power monolithic microwave integrated circuits (MMICs), and control devices.

Designed for HFC headends, Cable Modem Termination Systems (CMTS), optical nodes and distributed architectures compliant with DOCSIS® standards.

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HIGH-POWER MCM

High-output CATV amplifier stages

LOW-POWER MMIC

Compact broadband gain functions

CONTROL DEVICES

CATV adjustment and control functions

PRODUCT COMPARISON

Compare CATV amplifier specifications

Compare frequency, gain, noise figure, linearity, CATV signal-quality metrics, power requirements and package options.

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PRODUCT		RF PERFORMANCE					CATV SIGNAL QUALITY				POWER & PACKAGE
Part Number	Amplifier Type	Frequency GHz	Typical Gain dB	Noise Figure dB	OIP3 dBm	Typical P1dB dBm	Pout dBmV	CSO dBc	CTB dBc	MER dB	Supply V / mA	Package
SG101 Datasheet PDF ↗	Driver Amplifier	0.05–1.2	16	2	43	26	35	−70	−65	N/A	8 V / 128 mA	SOT-89
SG106 Datasheet PDF ↗	Low Noise Amplifier (LNA)	0.05–1.2	20	0.9	32–38	19	15	−60	−70	N/A	5 V / 50 mA	SOT-89
SG110 Datasheet PDF ↗	Low Noise Amplifier (LNA)	0.05–1.2	24	0.6	35–38	20.5	15	−60	−70	N/A	5 V / 75 mA	SOT-89
SG126 Datasheet PDF ↗	Driver Amplifier	0.05–1.2	18	2	43	27	38	−68	−75	N/A	8 V / 128 mA	SOT-89
SG204 Datasheet PDF ↗	Low Noise Amplifier (LNA)	0.05–1.8	22.4	1.7 @ 1800 MHz	38	21	N/A	N/A	N/A	45	5 V / 125 mA	3 × 3 QFN
SG206 Datasheet PDF ↗	Driver Amplifier	0.005–1.8	21.3	1.7 / 3.5 @ 50 / 1800 MHz	42	29	N/A	N/A	N/A	45	5 / 8 V / 325 mA	8-pin 5 × 5 Laminate Module
SG207 Datasheet PDF ↗	Low Noise Amplifier (LNA)	0.005–1.8	21–21.4	0.9 / 1.6	35 / 40	20 / 23	N/A	N/A	N/A	N/A	5 / 7 V / 70 / 101 mA	3 × 3 16-pin QFN
SG208 Datasheet PDF ↗	Low Noise Amplifier (LNA)	0.05–1.218	24.8–25	0.7 / 1.1	37 / 39	20.5 / 24	N/A	N/A	N/A	N/A	5 / 8 V / 72 / 112 mA	3 × 3 16-pin QFN
SG211Datasheet PDF ↗	Low Noise Amplifier (LNA)	0.005–0.7	27	1.1 typ.	38	23	N/A	N/A	N/A	N/A	5 V / 256 mA	8-pin SOIC
SG2102Datasheet PDF ↗	Driver Amplifier	0.05–1.8	18.8	2.5 typ. / 3.2 max.	38	26.2	N/A	N/A	N/A	N/A	7 V / 210 mA	8-pin SOIC
SG370Datasheet PDF ↗	Power Amplifier (PA)	0.045–1.2	22	3.5 typ.	48	36	73	−65	−65	N/A	24 V / 450 mA	8 × 9 mm, 8-pin Laminate Module
SG380Datasheet PDF ↗	Power Amplifier (PA)	0.045–1.8	20	2.5 typ.	47	36	N/A	N/A	N/A	N/A	24 V / 500 mA	8 × 9 mm, 8-pin Laminate Module
SG800 Datasheet PDF ↗	Driver Amplifier	0.05–1.2	20	2	46	28	44	−65	−63	N/A	8 V / 300 mA	SOP-8
SG850 Datasheet PDF ↗	Driver Amplifier	DC–4.0	19.5	2.8	37–39	19.5	15	−60	−70	N/A	5 V / 75 mA	SOT-89

FEATURES

Lead Free, RoHS CompliantFor environmentally compliant product integration.

Stable Gain Over TemperatureHelps maintain consistent RF performance.

1000V ESD, Class 1CDefined robustness for handling and assembly.

Operation From Single SupplySimplifies power architecture and board integration.

APPLICATIONS

01 CATV Optical Receiver

02 Cellular, GSM, UMTS

03 ONU

HFC & DOCSIS® NETWORK ARCHITECTURE

Where the devices fit — and what they enable

SANLAND CATV devices span central, node-level and distributed access equipment while supporting ongoing DOCSIS® network evolution.

WHERE IT FITS

HFC HeadendsCentralized RF processing and distribution equipment.

CMTS PlatformsCable Modem Termination System RF functions.

Optical NodesRF amplification after optical transport.

Distributed ArchitecturesRF functions deployed deeper into the access network.

WHAT IT ENABLES

Deep FiberPush optical transport closer to subscribers.

Node SplittingReduce service-group size for more capacity.

Remote PHYMove PHY functions into distributed nodes.

Full DuplexSupport bidirectional capacity evolution.

Extended Spectrum DOCSISExpand usable RF spectrum for higher capacity.

CATV & MMIC Amplifiers

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