ART, Adaptive Return Transmitter

**DISCONTINUED**

Return bandwidth is causing a significant strain on today’s return path transmitters. To alleviate this problem ATX supplies adaptive clipping mitigation return path transmitter modules for most of the popular analog return nodes. These transmitters use ATX’s patented clipping mitigation technology, which was first used in our acclaimed Chromadigm full band forward transmitter, to optimize and significantly improve the dynamic RF input range of the return path by 3-8 dB. Node modules of most vendors are available.

Documentation Ordering Information

Manufacture Discontinuance (MD) and End-of-Sale (EoS) (Analog Optical)

**Discontinued** Data Sheet: Adaptive Return Transmitter Module (ANW1165)

HFC Access Optical Product Software Release Notes

Discontinued

Part Number Format:	ART- _ _ – _ _ _ _ – _ – _
	ab-cdef-g-h
ART-a	– b	– cdef	– g	– h
a = Node Type	b = Laser Type	cdef = Wavelength	g = Output Power	h = Connector Type
H = Harmonic	1 = CWDM, Uncooled DFB	If CWDM, indicate WL (Four characters, example 1470)	8 = 8 dBm (DWDM only)	C = SC/APC
A = Augat/6940	2 = DWDM, Cooled DFB(1)	If CWDM, indicate WL (Four characters, example 1470)	3 = 3 dBm (CWDM only)
M = Motorola SG4		If DWDM, indicate ITU (Two characters, example 23)
C = C-Cor OM4100		If DWDM, indicate ITU (Two characters, example 23)
Example: ART-C2-27-8-C	Adaptive Return Analog Transmitter Module for C-Cor/Arris OM 4100 Node, Isolated & Cooled DFB at +8 dBm Optical Output Power at ITU Channel 27 using SC/APC Connector.

NOTE:

(1) DWDM only available in “H” node type. Contact ATX for any other form factor.

ART, Adaptive Return Transmitter

**Discontinued**

Stay connected! Subscribe to receive updates:

Privacy settings

With the slider, you can enable or disable different types of cookies:

This website will:

This website won't:

This website will:

This website won't:

This website will:

This website won't:

This website will:

This website won't:

Discontinued