10GE PR IOA

IOA label ES2-S2 10GE PR IOA
Number of IOA ports
2
1 active, 1 redundant
Software release
First supported: 7.2.0
Description
48 W maximum
Full-height module
Uses a range of 10-gigabit small form-factor pluggable (XFP) transceivers to support different modes and cable lengths.
Pairs only with ES2 10G UPLINK LM, ES2 10G LM, and ES2 10G ADV LM to provide 10-Gigabit Ethernet operation through a single line interface
In a 100 Gbps configuration, the E320 router can accommodate up to two ES2 10G UPLINK LM and ES2-S2 10GE PR IOA combinations. You must install a combination in either of the turbo slots (slot 2 or slot 4).
In a 100 Gbps configuration, the E320 router can accommodate up to two ES2 10G LM and ES2-S2 10GE PR IOA combinations
In a 120 Gbps configuration, the E120 router can accommodate up to six ES2 10G UPLINK LM and ES2-S2 10GE PR IOA combinations. You can install a combination in any of the line module slots.
In a 320 Gbps configuration, the E320 router can accommodate up to twelve ES2 10G UPLINK LM and ES2-S2 10GE PR IOA combinations. You can install a combination in any of the line module slots.
In a 320 Gbps configuration, the E320 router can accommodate up to twelve ES2 10G LM and ES2-S2 10GE PR IOA combinations
Capability
Ethernet (IEEE 802.3ae)
10Gb Base-SR/LR/ER/ZR
Port can operate in full duplex mode with an average data rate of 10 Gbps
Software features
See Ethernet IOAs for information about the layer 2 and layer 3 protocols and applications that this module combination supports.
Model compatibility
E320 router
E120 router
Line module compatibility
ES2 10G UPLINK LM
ES2 10G LM
ES2 10G ADV LM
SRP module compatibility
SRP-100
SRP-120
SRP-320
Line module redundancy compatibility
Not applicable
Port redundancy support
Yes
Cables and connectors (multimode [SR])
One LC full duplex connector
Transmit power:
min: –7.3 dBm
max: –1.0 dBm
Receive input power:
min: –9.9 dBm
max: –1.0 dBm
See the following corresponding table (SR Fiber Optic Cabling) for cabling requirements.
See E120 and E320 Hardware Guide, Chapter 5, Cabling the Router for more information.
Cables and connectors (single-mode [LR])
One LC full duplex connector
Transmit power:
min: –8.2 dBm
max: 0.5 dBm
Receive input power:
min: –14.4 dBm
max: 0.5 dBm
See the following corresponding table (LR Fiber Optic Cabling) for cabling requirements.
See E120 and E320 Hardware Guide, Chapter 5, Cabling the Router for more information.
Cables and connectors (single-mode [ER])
One LC full duplex connector
Transmit power:
min: –4.7 dBm
max: 4.0 dBm
Receive input power:
min: –15.8 dBm
max: –1.0 dBm
See the following corresponding table (ER Fiber Optic Cabling) for cabling requirements.
See E120 and E320 Hardware Guide, Chapter 5, Cabling the Router for more information.
Cables and connectors (single-mode [ZR])
One LC full duplex connector
Transmit power:
min: 0 dBm
max: 4 dBm
Receive input power:
min: –24.0 dBm
max: –7.0 dBm
See the following corresponding table (ZR Fiber Optic Cabling) for cabling requirements.
See E120 and E320 Hardware Guide, Chapter 5, Cabling the Router for more information.
LEDs Board-level LEDs:
OK (green)—IOA online and is functioning properly
FAIL (red)—Failure detected

Port LEDs:
LK (green)—Ethernet link is up
ACT (green)—Blinks when Ethernet traffic is being received

Port labels:
W—Working port
P—Protect port (LK blinks when active cable is attached even though it is not the active working port)
Alarms, errors, and events
See Monitoring Ethernet Interfaces in JunosE Physical Layer Configuration Guide, Chapter 5, Configuring Ethernet Interfaces.

Table 17: SR Fiber Optic Cabling
Fiber Type Minimal Modal Bandwidth at 850 nm (MHz*km) Maximum Operating Range (meters)
62.5 microns 160 26 (85.3 ft)
200 33 (108.27 ft)
50 microns 400 66 (216.54 ft)
500 82 (269.03 ft)
2000 300 (984.25 ft)

Fiber Type	Minimal Modal Bandwidth at 850 nm (MHz*km)	Maximum Operating Range (meters)
62.5 microns	160	26 (85.3 ft)
	200	33 (108.27 ft)
50 microns	400	66 (216.54 ft)
	500	82 (269.03 ft)
	2000	300 (984.25 ft)

Table 18: LR Fiber Optic Cabling
Fiber Type Nominal Wavelength (nm) Maximum Operating Range (kilometers)
9 microns 1310 10 (6.2 miles)

Fiber Type	Nominal Wavelength (nm)	Maximum Operating Range (kilometers)
9 microns	1310	10 (6.2 miles)

Table 19: ER Fiber Optic Cabling
Fiber Type Nominal Wavelength (nm) Maximum Operating Range (kilometers)
9 microns 1550 40 (24.85 miles)

Fiber Type	Nominal Wavelength (nm)	Maximum Operating Range (kilometers)
9 microns	1550	40 (24.85 miles)

Table 20: ZR Fiber Optic Cabling
Fiber Type Nominal Wavelength (nm) Maximum Operating Range (kilometers)
9 microns 1550 80 (49.6 miles)

IOA label	ES2-S2 10GE PR IOA
Number of IOA ports	2 1 active, 1 redundant
Software release	First supported: 7.2.0
Description	48 W maximum Full-height module Uses a range of 10-gigabit small form-factor pluggable (XFP) transceivers to support different modes and cable lengths. Pairs only with ES2 10G UPLINK LM, ES2 10G LM, and ES2 10G ADV LM to provide 10-Gigabit Ethernet operation through a single line interface In a 100 Gbps configuration, the E320 router can accommodate up to two ES2 10G UPLINK LM and ES2-S2 10GE PR IOA combinations. You must install a combination in either of the turbo slots (slot 2 or slot 4). In a 100 Gbps configuration, the E320 router can accommodate up to two ES2 10G LM and ES2-S2 10GE PR IOA combinations In a 120 Gbps configuration, the E120 router can accommodate up to six ES2 10G UPLINK LM and ES2-S2 10GE PR IOA combinations. You can install a combination in any of the line module slots. In a 320 Gbps configuration, the E320 router can accommodate up to twelve ES2 10G UPLINK LM and ES2-S2 10GE PR IOA combinations. You can install a combination in any of the line module slots. In a 320 Gbps configuration, the E320 router can accommodate up to twelve ES2 10G LM and ES2-S2 10GE PR IOA combinations
Capability	Ethernet (IEEE 802.3ae) 10Gb Base-SR/LR/ER/ZR Port can operate in full duplex mode with an average data rate of 10 Gbps
Software features	See Ethernet IOAs for information about the layer 2 and layer 3 protocols and applications that this module combination supports.
Model compatibility	E320 router E120 router
Line module compatibility	ES2 10G UPLINK LM ES2 10G LM ES2 10G ADV LM
SRP module compatibility	SRP-100 SRP-120 SRP-320
Line module redundancy compatibility	Not applicable
Port redundancy support	Yes
Cables and connectors (multimode [SR])	One LC full duplex connector Transmit power: min: –7.3 dBm max: –1.0 dBm Receive input power: min: –9.9 dBm max: –1.0 dBm See the following corresponding table (SR Fiber Optic Cabling) for cabling requirements. See E120 and E320 Hardware Guide, Chapter 5, Cabling the Router for more information.
Cables and connectors (single-mode [LR])	One LC full duplex connector Transmit power: min: –8.2 dBm max: 0.5 dBm Receive input power: min: –14.4 dBm max: 0.5 dBm See the following corresponding table (LR Fiber Optic Cabling) for cabling requirements. See E120 and E320 Hardware Guide, Chapter 5, Cabling the Router for more information.
Cables and connectors (single-mode [ER])	One LC full duplex connector Transmit power: min: –4.7 dBm max: 4.0 dBm Receive input power: min: –15.8 dBm max: –1.0 dBm See the following corresponding table (ER Fiber Optic Cabling) for cabling requirements. See E120 and E320 Hardware Guide, Chapter 5, Cabling the Router for more information.
Cables and connectors (single-mode [ZR])	One LC full duplex connector Transmit power: min: 0 dBm max: 4 dBm Receive input power: min: –24.0 dBm max: –7.0 dBm See the following corresponding table (ZR Fiber Optic Cabling) for cabling requirements. See E120 and E320 Hardware Guide, Chapter 5, Cabling the Router for more information.
LEDs	Board-level LEDs: OK (green)—IOA online and is functioning properly FAIL (red)—Failure detected Port LEDs: LK (green)—Ethernet link is up ACT (green)—Blinks when Ethernet traffic is being received Port labels: W—Working port P—Protect port (LK blinks when active cable is attached even though it is not the active working port)
Alarms, errors, and events	See Monitoring Ethernet Interfaces in JunosE Physical Layer Configuration Guide, Chapter 5, Configuring Ethernet Interfaces.