3. Alphion...enabling the photonic future®
Access Systems
The Alphion access system product line includes the AOLT-4000* GPON Optical Line Terminal, the AONT fam-
ily of GPON Optical Network Terminals, PON Extenders, AEMS Element Management System and a wide selec-
tion of active and passive hardware components for power and fiber management, passive splitters, distribu-
tion frames and more.
Alphion has created a complete GPON technology platform that not only leverages the most sophisticated
industry standards, but is also designed for integration into standards-based OEM platforms and service pro-
vider networks.
Alphion is recognized as the leader in developing all-optical PON extension
solutions. Alphion’s PON.ext™ technology allows carriers to extend the reach
of existing PON network from 20 km to 60 km while also increasing the sub-
scriber base by four times
*In this document the AOLT-4000 is used to indicate both the AOLT-4000 and AOLT-4000N.
Fiber to the Future® 3
4. AOLT-4000
AOLT-4000
GPON OLT (ETSI)
Feature Summary Applications
9 RU, ETSI 515 mm hole to hole rack mount, 500 The AOLT-4000 is designed
mm aperture for carrier central office or
Requires front access only MSO hub environments
Supports card hot swap
Redundant 1+1 controller and 1+1 aggregation
for enabling cost-effective
switch card options FTTx services.
1+1 (from different cards) uplink protection
option Flexible Configuration
1:1 (same card) uplink protection option Two control card slots for 1+1 CTL cards. Two switch and timing slots for 1+1
Stable GPON SWT cards with redundant 10-GbE and 1-GbE Service Node Interfaces (SNI)
Complies with ITU-T G.984.x and G.988 uplinks. Ten line card slots for 10 GLCP cards.
2.488Gbps downstream and 1.244Gbps
upstream
Data Plane Connectivity
DBA (Dynamic Bandwidth Allocation) and
The AOLT-4000’s data plane consists of redundant 10Gbps connections to each
QoS based on 1,024 T-CONTs per PON port
128 bit AES encryption and FEC card slot from the two dedicated double-width SWT slots in the shelf.
High performance layer 2 switching
Full throughput for all ports (non-blocking) Control Plane Connectivity
High capacity packet switching (16K MACs The AOLT-4000’s control plane consists of redundant 1Gbps connections to
SNI, 32Kx10 MACs GPON (32K/4)) each card slot from the two dedicated CTL slots.
Powerful layer 1~ 4 filtering and QoS
IGMP snooping/proxy for multicasting Synchronization Connections
Flexible SNI networking Inputs for redundant BITS/SSU timing interfaces for GPON and TDM synchroniza-
802.3ad LAG and 802.3ad LACP (option) tion and outputs for sourcing clocks for external synchronization use.
G.8031 linear and G.8032 ring ERPS V1/v2
option (future) Switch Capacity
Various interfaces Dual star redundant architecture with 20 Gbps bandwidth to each card slot and
Downlink interface: 4+4 GPONs (SFPs) per
400 Gbps bandwidth total capacity.
GLCPx10
Uplink interface: 8 x 1GbE (SFP) and 2 x 10GbE High Availability
(XFP) per SWT x2 High availability architecture where removal or insertion of any single card does
Excellent operation and management
Management via EMS (SNMPv2c/v3),
not affect existing connections on other cards. Even in a system with a single CTL
CLI(Telnet/console) and syslog card, a failure of the control card does not affect the working traffic. To increase
Security control plane availability, a second mate CTL card can be inserted in the AOLT-
Layer 1~4 packet filtering (ACL) 4000 chassis, providing 1+1 redundancy for the control plane. Likewise to
DHCP packet filtering
DHCP Option 82
increase data plane availability, a second mate SWT card can be inserted in the
MAC restriction per port AOLT-4000 chassis, providing 1+1 redundancy for the data and signaling plane.
Broadcast/multicast/DLF packet limit
Port flood guard for abnormal traffic AEMS or SNMP Managed
Loop detection and blocking With the CTL card installed, AOLT-4000 is either remotely or locally managed
Dual shelf power inputs from either Alphion’s Element Management System (AEMS) or with a 3rd party
Dual BITS/SSU clock inputs
EMS using SNMP or a legacy NMS.
Central office dry alarm contacts via the control
card
Integrated fiber management
Forced air cooling with field replaceable air filter
4 Fiber to the Future®
5. AOLT-4000
SPECIFICATIONS
GPON System
Standard: ITU-T G.984.1,2,3,4 and G.988 compliant Synchronization:
Downstream: 2.488Gbps, 1490nm, Class B+ and C+ Free run SONET/SDH Minimum Clock (SMC) internal clock
Upstream: 1.244Gbps, 1310nm, Class B+ and C+ Revertive or non-revertive protection switching option
Service distance: up to 60km (depending on split ratio and reach Redundant BITS/SSU 1544/2048 KHz and 1544/2048 Kbps inputs
extension) Redundant BITS/SSU 1544/2048 KHz and 1544/2048 Kbps outputs per
Split ratio: up to 64/128 G.812
T-CONT: 1K per OLT port Automatic holdover (Stratum 3 or 3E local OCXO) on loss of reference
GEM ports: 4K per OLT port inputs
Switching G.8262 SyncE (EEC option 1,2) line-timed (future)
Two-stage layer 2 switching (store and forward) IEEE1588v2 PTP per G.984.3-Amd 2 (2008) (future)
Switching capacity: 200Gbpsx2 Ethernet switching Capacity:
Switching performance: 2 slots redundant control cards (CTL)
Full throughput for all ports (non-blocking) 2 slots (double-width) redundant switch and timing cards (SWT)
16K MACs SNI, 32Kx10 MACs GPON (32K/4) 10 slots GPON line cards (GLCP)
4095 VLANs BITS/SSU clock:
Layer 2 line rate forwarding Two inputs 75 ohms BNC and DB9
MAC-forced forwarding (RFC4562) on SNI Two outputs 75 ohms BNC and DB9
Multicasting: IGMP snooping/proxy Management ports:
STP (802.1d), RSTP (802.1w), MSTP (802.1s) (future) LCT MGT A 10/100Base-T
802.3ad LAG and LACP (future) Out-of-band MGT B 10/100Base-T
DHCP relay with Option 82 Craft interface USB 2.0 (type B)
Security: Alarm:
Packet filtering (access control list), port flood guard Five outputs DB15
Dynamic, Reflexive, TCP intercept time based ACLs (future) Power supply:
MAC address limitation per UNI port -36 to -72 VDC, dual input individually controlled by circuit breaker
Cooling:
Protection option
Forced air cooling with fans
G.8031 linear and G.8032 ring ERPS v1/v2
QoS Dimensions
WxDxH 537 mm x 300 mm x 400 mm
8 priority queues per port
Weight 46lb/17kg (chassis with fan tray)
802.1p, ToS, DSCP marking/remarking
65lb/30kg (fully loaded)
Scheduling: SPQ, WRR, DRR
Frame mounting ETSI 515 mm hole to hole, and 500mm aperture
SrTcm and TrTcm
Congestion control Operating environment
Head of line blocking prevention Temperature -5 to +50ºC
Back pressure, 802.3x Relative humidity 5% to 90% (non-condensing)
Management Compliance
Alphion EMS (SNMPv2c/v3), CLI (Telnet/console), syslog, RMON EMC EN55022, CISPR-22 Class A
Remote software upgrade via TFTP and FTP Safety EN60950, UL60950, CE
RADIUS, TACACS+ authentication for management access Laser safety IEC-60825-1 Class 1, ITU-T G.664
Alarm contacts (critical, major, minor, audible, visual) Environmental EN300 019-1-3, QM-333 B2 category
802.1ag (CFM, CCM, Linktrace) (future) Chassis EN300 119-4
ITU-T Y.1731 (CFM,AIS, Test, MCC, PMM) (future) Transient EN/IEC61000-4-4 (2001) level 2
NTPv4 (RFC5905) (future) Immunity
Built-in temperature sensor Radiant RF EN/IEC61000-4-3 (2002) level 2
Conducted EN/IEC61000-4-6 (2001) level 2
Surge EN/IEC61000-4-5 (2001) 0.5 KV (line), 1.5 KV (earth)
ESD EN/IEC61000-4-2 (2001)
contact level 2, air discharge level 3
Fiber to the Future® 5
6. AOLT-4000N
AOLT-4000N
GPON OLT (ANSI)
Feature Summary Applications
12RU 19” rack mount The AOLT-4000N is designed
Requires front access only for carrier central office or
Supports card hot swap MSO hub environments for
Redundant 1+1 controller and 1+1 aggregation enabling cost-effective FTTx
switch card options services.
1+1 (from different cards) uplink protection
option Flexible Configuration
1:1 (same card) uplink protection option Two control card slots for 1+1 CTL cards. Two switch and timing slots for 1+1
Stable GPON SWT cards with redundant 10-GbE and 1-GbE Service Node Interfaces (SNI)
Complies with ITU-T G.984.x and G.988 uplinks. Ten line card slots for 10 GLCP cards.
2.488Gbps downstream and 1.244Gbps
upstream Data Plane Connectivity
DBA (Dynamic Bandwidth Allocation) and
The AOLT-4000N’s data plane consists of redundant 10Gbps connections to
QoS based on 1,024 T-CONTs per PON port
128 bit AES encryption and FEC each card slot from the two dedicated double-width SWT slots in the shelf.
High performance layer 2 switching
Full throughput for all ports (non-blocking) Control Plane Connectivity
High capacity packet switching (16K MACs The AOLT-4000N’s control plane consists of redundant 1Gbps connections to
SNI, 32Kx10 MACs GPON (32K/4)) each card slot from the two dedicated CTL slots.
Powerful layer 1~ 4 filtering and QoS
IGMP snooping/proxy for multicasting Synchronization Connections
Flexible SNI networking Inputs for redundant BITS/SSU timing interfaces for GPON and TDM synchroniza-
802.3ad LAG and 802.3ad LACP (option) tion and outputs for sourcing clocks for external synchronization use.
G.8031 linear and G.8032 ring ERPS V1/v2
option (future) Switch Capacity
Various interfaces Dual star redundant architecture with 20 Gbps bandwidth to each card slot and
Downlink interface: 4+4 GPONs (SFPs) per
400 Gbps bandwidth total capacity.
GLCPx10
Uplink interface: 8 x 1GbE (SFP) and 2 x 10GbE High Availability
(XFP) per SWT x2 High availability architecture where removal or insertion of any single card does
Excellent operation and management
Management via EMS (SNMPv2c/v3),
not affect existing connections on other cards. Even in a system with a single CTL
CLI(Telnet/console) and syslog card, a failure of the control card does not affect the working traffic. To increase
Security control plane availability, a second mate CTL card can be inserted in the AOLT-
Layer 1~4 packet filtering (ACL) 4000N chassis, providing 1+1 redundancy for the control plane. Likewise to
DHCP packet filtering
DHCP Option 82
increase data plane availability, a second mate SWT card can be inserted in the
MAC restriction per port AOLT-4000N chassis, providing 1+1 redundancy for the data and signaling plane.
Broadcast/multicast/DLF packet limit
Port flood guard for abnormal traffic AEMS or SNMP Managed
Loop detection and blocking With the CTL card installed the AOLT-4000N is either remotely or locally managed
Dual shelf power inputs from either Alphion’s Element Management System (AEMS) or with a 3rd party
Dual BITS/SSU clock inputs
EMS using SNMP or a legacy NMS.
Central office dry alarm contacts via the control
card
Integrated fiber management
Forced air cooling with field replaceable air filter
6 Fiber to the Future®
7. AOLT-4000N
SPECIFICATIONS
GPON System
Standard: ITU-T G.984.1,2,3,4 and G.988 compliant Synchronization:
Downstream: 2.488Gbps, 1490nm, Class B+ and C+ Free run SONET/SDH Minimum Clock (SMC) internal clock
Upstream: 1.244Gbps, 1310nm, Class B+ and C+ Revertive or non-revertive protection switching option
Service distance: up to 60km (depending on split ratio and reach Redundant BITS/SSU 1544/2048 KHz and 1544/2048 Kbps inputs
extension) Redundant BITS/SSU 1544/2048 KHz and 1544/2048 Kbps outputs
Split ratio: up to 64/128 per G.812
T-CONT: 1K per OLT port Automatic holdover (Stratum 3 or 3E local OCXO) on loss of
GEM ports: 4K per OLT port reference inputs
Switching G.8262 SyncE (EEC option 1,2) line-timed (future)
Two-stage layer 2 switching (store and forward) IEEE1588v2 PTP per G.984.3-Amd 2 (2008) (future)
Switching Capacity: Capacity:
200Gbpsx2 Ethernet switching 2 slots redundant control cards (CTL)
Switching Performance: 2 slots (double-width) redundant switch and timing cards (SWT)
Full throughput for all ports (non-blocking) 10 slots GPON line cards (GLCP)
16K MACs SNI, 32Kx10 MACs GPON (32K/4) BITS/SSU clock:
4095 VLANs Two inputs 75 ohms BNC and DB9
Layer 2 line rate forwarding Two outputs 75 ohms BNC and DB9
MAC-forced forwarding (RFC4562) on SNI Management ports:
Multicasting: IGMP snooping/proxy LCT MGT A 10/100Base-T
STP (802.1d), RSTP (802.1w), MSTP (802.1s) (future) Out-of-band MGT B 10/100Base-T
802.3ad LAG and LACP (future) Craft interface USB 2.0 (type B)
DHCP relay with Option 82 Alarm:
Security: Five outputs DB15
Packet filtering (access control list), port flood guard Power supply:
Dynamic, Reflexive, TCP intercept time based ACLs (future) -36 to -72 VDC, dual input Individually controlled by circuit breaker
MAC address limitation per UNI port Cooling:
Forced air cooling with fans
Protection option
G.8031 linear and G.8032 ring ERPS v1/v2 Dimensions
WxDxH 442 mm x 300 mm x 533 mm
QoS
17.4 inch x 11.8 inch x 21.0 inch
8 priority queues per port
Weight 46lb/17kg (chassis with fan tray)
802.1p, ToS, DSCP marking/remarking
65lb/30kg (fully loaded)
Scheduling: SPQ, WRR, DRR
Frame mounting 19 inch rack mount
SrTcm and TrTcm
Congestion control Operating environment
Head of line blocking prevention Temperature -5 to +50ºC
Back pressure, 802.3x Relative humidity 5% to 90% (non-condensing)
Management Compliance
Alphion EMS (SNMPv2c/v3), CLI (Telnet/console), syslog, RMON EMC EN55022, CISPR-22 Class A
Remote software upgrade via TFTP and FTP Safety EN60950, UL60950, CE
RADIUS, TACACS+ authentication for management access Laser safety IEC-60825-1 Class 1, ITU-T G.664
Alarm contacts (critical, major, minor, audible, visual) Environmental EN300 019-1-3, QM-333 B2 category
802.1ag (CFM, CCM, Linktrace) (future) Chassis EN300 119-4
ITU-T Y.1731 (CFM,AIS, Test, MCC, PMM) (future) Transient EN/IEC61000-4-4 (2001) level 2
NTPv4 (RFC5905) (future) Immunity
Built-in temperature sensor Radiant RF EN/IEC61000-4-3 (2002) level 2
Conducted EN/IEC61000-4-6 (2001) level 2
Surge EN/IEC61000-4-5 (2001) 0.5 KV (line), 1.5 KV (earth)
ESD EN/IEC61000-4-2 (2001)
contact level 2, air discharge level 3
Fiber to the Future® 7
8. AOLT-4000-CTL
AOLT-4000-CTL
GPON Control Card
Feature Summary Applications
1+1 master/slave redundancy option for One or two AOLT-4000-CTL cards, installed
high availability applications at either end of an AOLT-4000 chassis, can
Fully hot-swappable be used to control and manage the AOLT-
Redundant power supply and control 4000 system.
plane
Two 10/100Base-T RJ-45 ports for EMS High Performance Control Plane
The AOLT-4000-CTL card extends a dedicated, out-of-band GbE control plane
Front-panel telco alarm cut-off (ACO)
button link, over the backplane, to each slot in the AOLT-4000 chassis. The AOLT-4000-
CTL card contains a high-performance embedded CPU that executes the
Front-panel critical, major and minor
alarm indicator LEDs system-level control and management plane software for the AOLT-4000
Front-panel LED test button platform, including system-level resource allocations, critical alarm/event report-
Front-panel USB2.0 connector for local ing, etc. The card’s software implements a flexible, low-overhead inter-card
craft PC communications framework that assists in fast protection switching of the
2Gbyte on-board FLASH for software switch/timing and GPON line cards in the AOLT 4000 chassis, or resources in
image and configuration data storage them.
SNMP based management of the
AOLT-4000 platform Persistent Storage
Two GBytes of persistent storage are available for configuration data and
software images for all the cards in the AOLT-4000 chassis.
High Availability
To increase the control plane availability, a second mate AOLT-4000-CTL card
can be inserted in the AOLT-4000 chassis, providing 1+1 redundancy. Failure of
the active or standby AOLT-4000-CTL card, or both of them, does not affect the
working traffic in the AOLT-4000 chassis. The AOLT-4000-CTL card also ensures
high availability for other cards in the system through dedicated hardware level
inter-card signaling.
Management
The AOLT-4000-CTL supports SNMP based management of all the cards in the
AOLT-4000 platform from Alphion’s Element Management System (AEMS).
Using a 1Gbps control plane link to AOLT-4000-SWT (the AOLT-4000 platform’s
Switch and Timing card), the AOLT-4000-CTL card supports in-band manage-
ment of the AOLT-4000 system through one of the network uplink ports of the
Switch and Timing card.
8 Fiber to the Future®
9. AOLT-4000-SWT
AOLT-4000-SWT
GPON Switch and Timing Card
Feature Summary Applications
As a key card of the AOLT-4000 platform, AOLT-4000-
Hot swappable, with 1+1 master and slave
redundancy option SWT enables efficient and controlled forwarding of
28 Gb/s (2 x 10-GbE and 8x1-GbE) uplink, Ethernet/packet traffic between the GPON lines cards
and 10Gbps backplane interface to each and the uplink service/edge node (typically, a router
line card
or a switch).
Line speed switching
Flexible SNI interface types Robust Layer-2 Switching
Strong security AOLT-4000-SWT contains a high-capacity switching
Comprehensive QoS engine that supports hardware based learning of up to 16K MAC addresses, 4094
Various synchronization options VLANs, and Independent VLAN Learning (IVL) based forwarding. It also supports
MAC, protocol and subnet based VLANs; IEEE 802.1ad/Q-in-Q VLAN stacking; and
IEEE 802.3ad link aggregation. Featuring an aggregate switching capacity of 200
Gbps, the AOLT-4000-SWT supports line-rate forwarding of unicast and multicast
packets, for all packet sizes, under all conditions.
Packet Filtering/Classification
AOLT-4000-SWT includes a flexible packet filter/classifier that can filter packets
based on any layer 2 to 7 field, including MAC address, IP address, VLAN ID,
packet type, etc, supporting multiple lookups and actions per packet. Filter
actions include dropping, priority re-marking, rate limiting, etc. The AOLT-4000-
SWT card also supports access control list (ACL) based policing; flow metering,
with a granularity of 64 kbps to 1 Gbps; two rate three color marking (trTCM);
and class-based marking for SLAs.
Intelligent QoS
AOLT-4000-SWT supports 8 priority queues per port, head of line blocking
prevention, service aware flow control, bandwidth guarantee per class of service
and/or per port, DSCP re-marking, DSCP to 802.1p mapping, and 2 levels of drop
precedence per queue. It features a packet scheduler that supports multiple
scheduling algorithms, including strict priority (SP), weighted round robin (WRR),
and deficit round robin (DRR). The AOLT-4000-SWT also supports individual rate
limiting of broadcast, unknown unicast, and multicast traffic on a per port basis.
Fiber to the Future® 9
10. AOLT-4000-SWT
SPECIFICATIONS
Switching Synchronization
Full throughput for all ports (non-blocking) Free run SONET/SDH Minimum Clock (SMC) internal clock
High capacity packet switching (16K MACs and 4,095 VLANs) Revertive or Non-revertive protection Switching Option
STP (802.1d), RSTP (802.1w), MSTP (802.1s) (future) Redundant BITS/SSU 1544/2048 KHz and 1544/2048 Kbps inputs
Full throughput layer 2 line rate forwarding for all ports Redundant BITS/SSU 1544/2048 KHz and 1544/2048 Kbps outputs per
(non-blocking) G.812
MAC-forced forwarding (RFC4562) on SNI Automatic holdover (Stratum 3 or 3E local OCXO) on loss of reference
Powerful layer 1~ 4 filtering and QoS inputs
Multicasting: IGMP snooping/proxy, 1,024 layer 2 multicast groups Power supply
Line-rate unicast packet forwarding and multicast replication -36 to -72 VDC, dual input
Port based VLAN,802.1Q VLAN, IEEE 802.1ad Q-in-Q VLAN stacking Operating environment
Independent VLAN learning (IVL) Temperature -5 to +50ºC
DHCP relay with Option 82 Relative humidity 5% to 90% (non-condensing)
Flexible SNI networking Compliance
802.3ad LAG and 802.3ad LACP (option) EMC EN55022, CISPR-22 Class A
G.8031 linear and G.8032 ring ERPS v1/v2 option (future) Safety EN60950, UL60950, CE
SNI interface types: 8 x 1GbE (SFP) and 2 x 10GbE (XFP) Laser safety IEC-60825-1 Class 1, ITU-T G.664
Security Chassis EN300 119-4
Layer 1~4 packet filtering via access control lists (ACL) Transient EN/IEC61000-4-4 (2001) level 2
Dynamic, reflexive, TCP intercept time based ACLs (future) Immunity
MAC address limiting per port Radiant RF EN/IEC61000-4-3 (2002) level 2
DHCP packet filtering Conducted EN/IEC61000-4-6 (2001) level 2
DHCP Option 82 Surge EN/IEC61000-4-5 (2001) 0.5 KV (line), 1.5 KV (earth)
MAC restriction per port ESD EN/IEC61000-4-2 (2001)
Broadcast/multicast/DLF packet limit contact level 2, air discharge level 3
Port flood guard for abnormal traffic
Loop detection and blocking
QoS
8 priority queues per port
802.1p, ToS, DSCP marking/remarking
Scheduling: SP, WRR, DRR
SrTcm and TrTcm
Congestion Control:
Head of line blocking prevention
Back pressure (802.3x)
Rate control of broadcast, unknown unicast, multicast packets
10 Fiber to the Future®
11. AOLT-4000-GLCP
AOLT-4000-GLCP
GPON Protected Path Line Card
Feature Summary Applications
4 GPON active ports per card The AOLT-4000-GLCP card provides the
4 optional protection ports per card GPON interface with path protection for the
AOLT-4000 system.
1:1 protectable when installed in an
AOLT-4000 chassis
GPON
Hot swappable cards The AOLT-4000-GLCP card is a fully FSAN and ITU-T G.984 compliant GPON
Dual 10 Gbps interface to the backplane system, with support for a data rate of 2.488 Gb/s in the downstream and
for data-plane redundancy 1.244 Gb/s in the upstream direction and support for the Class B+ and Class
Dual 1 Gbps interface to the backplane C+ optical link budget based on the SFP installed on each GPON port. In
for control-plane redundancy
addition, in accordance with G.984, the AOLT-4000-GLCP card supports AES
On-board L2 switch with intelligent QoS
(128-bit key) in the downstream direction and RS(255,239) FEC in both
& multicast support
downstream and upstream directions.
8K MAC addresses per PON port and
32K MAC addresses per card Back Plane Connectivity
4,095 VLANs The AOLT-4000-GLCP provides redundant 10 Gbps data plane connections to
T-CONT types 1 to 5 support both the active and standby Switch and Timing cards (AOLT-4000-SWT) in the
1,024 T-CONTs per PON port and 4,096 AOLT-4000 chassis. In addition, the GLCP also provides a redundant 1 Gbps
T-CONTs per card control plane connectivity to each of the two Control Cards (AOLT-4000-CTL) in
256 allocations in BW MAP the AOLT-4000 Chassis.
High Performance
The GLCP card incorporates a high performance full-wire-speed QoS enabled
L2 switch that supports MAC learning and filtering, 802.1Q VLANs, 802.1ad
Q-in-Q VLAN stacking with single and dual VLAN tag manipulation, and QoS
(802.1p and DSCP to 802.1p mapping). The GLCP also supports IGMP snoop-
ing and DHCP relay agent with Option 82 support for line identification.
GPON Protection
The GLCP supports a 1:1 GPON path protection with the optional redundant
ports populated with the appropriate transceivers.
GPON DBA
The GLCP provides support for both NSR and SR DBA (ITU-T G.984.3), piggy-
back DBRu report mode 0, including concurrent support for DBR mode 0 and
“idle GEM” mode. The GLCP supports all the T-CONT types (Type 1 through
Type 5). It supports up to 1,024 T-CONTs per PON port, 4,096 T-CONTs per card
and up to 256 allocations (alloc-ids) in BW MAP
Fiber to the Future® 11
12. AONT-1040
AONT-1040
GPON ONT (4FE+WiFi)
Feature Summary Applications
Indoor wall or table mount The AONT-1040 has been
Four 10/100Base-T Ethernet RJ-45 Ports optimized for single family
802.11b/g/n wireless interface homes or apartments and small office home offices (SOHO) or small businesses.
Built-in L3 routing gateway with High Bandwidth GPON
NAT/NAPT and Firewall
The AONT-1040 is fully FSAN (ITU-T G.984) compliant with a 1.244 Gbps upstream
Built-in L2 wire-speed switch, 256 MAC and 2.488 Gbps downstream, Class B+ GPON system. In addition, it supports
addresses and 16 VLAN VIDs
downstream AES (128-bit key) and downstream and/or upstream FEC
MAC address limiting
RS(255,239).
Customer VID (VLAN ID) tagged
(802.1Q), priority tagged (802.1p) and Ethernet Quality of Service
untagged frames, stacked VLAN
The AONT-1040 has extensive Ethernet QoS features, including 802.3x flow
(Q-in-Q)
control, DSCP to 802.1p mapping, upstream congestion control, and down-
ToS/DSCP to 802.1p mapping
stream traffic scheduling for premium or time sensitive content. Intelligent and
IGMPv1/v2/v3 snooping and filtering
robust buffer and queue management for Ethernet traffic, with individual priori-
Ethernet UNI output shaping, and
upstream scheduling tizable queues, ensures that tiered residential service offerings based on differ-
ent bit-rates and QoS can be supported.
GPON “dying gasp” power loss indica-
tion
Gateway
The AONT-1040 contains both a built-in wire-speed L2 802.1Q VLAN switch and
a built-in L3 routing gateway with port forwarding, NAT and NAPT address trans-
lation, built-in PPPoE support for high speed Internet service, and an integrated
stateful packet inspection firewall with configurable access control list (ACL) and
application-level gateway (ALG). Support for VPN (L2TP, PPTP and IPSec) pass
through is also provided. As part of the gateway function there is a DHCP client
and server, and a DNS server.
Security
The AONT-1040 comes with the latest security features, including MAC address
spoofing protection, MAC/IP address port binding, MAC/IP address limiting on a
per port basis, per-port access control list (ACL) based on port, MAC address and
Ether-type, DOS prevention, WEP, and WPA/WPA2.
Flexible Management
The AONT-1040 is managed from the AOLT-4000 OLT over the GPON’s OMCI
channel. The AOLT in turn is managed with either Alphion’s Element Manage-
ment System (AEMS) that provides configuration, profile based provisioning,
event and fault management and performance monitoring for the AONT, or with
a 3rd party EMS using SNMP or a legacy NMS.
12 Fiber to the Future®
13. AONT-1040
SPECIFICATIONS
Optical Interface Environmental
Standard Fully ITU-T G.984 compliant Temperature 0 to 40 ºC
Link budget 28 dB (Class B+) Humidity 10 to 90% (non-condensing)
Wavelength Upstream: 1310 nm
Downstream: 1490 nm Gateway
Line rate Upstream: 1.244 Gbps; Routing L3 software configurable
Downstream: 2.488 Gbps Address assignment PPPoE, DHCP or static
Output power +0.5 to +5.0 dBm Address translation NAT/NAPT and STP firewall with ACL
Sensitivity -27 dBm (at 10 dB extinction ratio) and ALG (application-level gateway)
Overload -8 dBm Services DHCP client and server, DNS, VPN
Distance up to 60 km (depending on split (PPTP, L2TP, IPSec) pass-through,
ratio and reach extension) port forwarding
Connector SC/APC
Physical
GPON TC Layer WxDxH 223 mm x 161 mm x 44 mm
AES 128-bit key Powering External AC adapter with
FEC RS(255,239) 12VDC/1.0A DC connection
DBA DBRu mode 0 Mounting Wall and table mounting
GEM port Up to 32 LEDs PWR, ALM, GPON, WiFi, WPS, LAN 1-4
T-CONT/AllocID Up to 8
Compliance
Data Interface EMC EN55022, CISPR-22 Class B, ETSI 300
Type (wired) Four 10/100Base-T RJ-45 Ethernet 386, TEC SD/EMI-01/02 Sept. 2001
interfaces Safety EN60950, UL60950, CE
Type (wireless) 802.11b/g/n, dual antenna Laser Safety IEC-60825-1 Class 1 laser safety per
WiFi security WEP, WPA-PSK, MAC address ITU-T G.664, FDA 21 CFR 1040.10 &
filtering 1040.11 Class 1
Ethernet rate & duplex Auto-negotiation Transient EN/IEC61000-4-4 (2001) level 2
MDI/MDIX Auto-sensing Radiant RF Immunity EN/IEC61000-4-3 (2002) level 2
VLAN support 16 VLANs, untagged VLAN, 802.1Q Conducted Immunity EN/IEC61000-4-6 (2001) level 2
tagged VLAN, VLAN stacking Surge EN/IEC61000-4-5 (2001) 0.5 KV (line)
(Q-in-Q), VLAN translation and 1.5 KV (earth)
MAC table 256 MAC addresses ESD EN/IEC61000-4-2 (2001) contact
Multicast 128 multicast groups , IGMP V2/V3 level 2 & air discharge level 3
snooping/proxy
Security broadcast/multicast rate limiting,
MAC address limiting
QoS CoS based on VID, 802.1p, and IP
ToS/DSCP, and IP VID=0 802.1p,
ToS/DSCP to 802.1p mapping,
802.1p marking/remarking
Fiber to the Future® 13
14. AONT-100C
AONT-100C
GPON ONT (4FE+2POTS)
Feature Summary Applications
Small-form factor The AONT-100C has been optimized for
Indoor wall or table mount single family homes or apartments and
small office home offices (SOHO) that do
Four 10/100Base-T Ethernet RJ-45 ports
not require an RF-overlay for video deliv-
2 analog 2-wire RJ-11 (POTS) VoIP SIP
voice ports, G.711 codec, 5 REN per port ery.
CLASS voice services
High Bandwidth GPON
Lifeline POTS when used with the The AONT-100C is fully FSAN (ITU-T G.984) compliant with a 1.244 Gbps
AONT-UPS and power shedding
upstream and 2.488 Gbps downstream, Class B+ GPON system. In addition, it
Built-in L2 switch , 256 MAC addresses supports downstream AES (128-bit key) and downstream and upstream FEC
and 16 VLAN VIDs
RS(255,239).
MAC address limiting
Customer VLAN tagged (802.1p), prior- Ethernet Quality of Service
ity tagged and untagged frames The AONT-100C has extensive Ethernet QoS features, including 802.3x flow
ToS/DSCP to 802.1p mapping control, DSCP to 802.1p mapping, upstream congestion control, and down-
IGMPv1/v2/v3 snooping and filtering stream traffic scheduling for premium or time sensitive content. Intelligent
Ethernet UNI output shaping, and and robust buffer and queue management for Ethernet traffic, with individual
upstream scheduling prioritizable queues, ensures that tiered residential service offerings based on
GPON “last gasp” power loss indication different bit-rates and QoS can be supported.
Security
The AONT-100C comes with the latest security features, including MAC
address spoofing protection, MAC/IP address port binding, MAC/IP address
limiting on a per port basis, local port-to-port switching blocking option,
802.1X MAC-based authentication, per-port access control list (ACL) based on
port, MAC address and Ether-type, and DOS prevention.
Small form-factor
A space conscious package for simplified wall or table mounting.
Flexible Management
The AONT-100C is managed from the AOLT-4000 OLT over the GPON’s OMCI
channel. The AOLT in turn is managed with either Alphion’s Element Manage-
ment System (AEMS) that provides configuration, profile based provisioning,
event and fault management and performance monitoring for the AONT, or
with a 3rd party EMS using SNMP or a legacy NMS.
14 Fiber to the Future®
15. AONT-100C
SPECIFICATIONS
Optical Interfaces Voice Interface
Standard Fully ITU-T G.984 compliant Type Two FXS POTS RJ-11 interfaces, 5
Link Budget 28 dB (Class B+) REN, balanced ring
Wavelength Upstream: 1310 nm VoIP Protocol SIP (RFC3261) and SDP (RFC2327)
Downstream: 1490 nm Codec Multiple codec support
Line rate Upstream: 1.244 Gbps DTMF RFC2833 or in-band
Downstream: 2.488 Gbps Tones and Ring Configurable
Output power +0.5 to +5.0 dBm Dial Plan Configurable
Sensitivity* -27 dBm (at 10 dB extinction ratio) FAX and Modem G.711 for FAX/mode in TTY or T.38
Overload -8 dBm FAX
Distance up to 60 km (depending on split CLASS Services Yes, various
ratio and reach extension) Conditioning Echo cancellation, voice activity
Connector SC/UPC detection, comfort noise gener-
alization
GPON TC Layer
AES 128-bit key Environmental
FEC RS(255,239) Temperature -5 to +50ºC
DBA DBRu mode 0 Relative humidity 5% to 95% (non-condensing)
GEM port Up to 32
T-CONT/AllocID Up to 8 Physical
WxDxH 140 mm x 180 mm x 40 mm
Video Interfaces Powering +12 VDC
Type Not applicable, IP Video over the Mounting Wall and table mounting
Data Interfaces LEDS POWER, FIBER, DATA, UPDATE, TEST,
PHONE
Data Interfaces
Type Four 10/100Base-T RJ-45 Ethernet Compliance
interfaces EMC EN55022, CISPR-22 Class B, ETSI 300
Rate & duplex Auto-negotiation 386, TEC SD/EMI-01/02 Sept. 2001
MDI/MDIX Auto-sensing Safety EN60950, UL60950, CE
VLAN support 802.1Q with VLAN tag manipula Laser Safety IEC-60825-1 Class 1 laser safety per
tion ITU-T G.664, FDA 21 CFR 1040.10 &
MAC & VLAN table 256 MAC addresses and 16 VLAN 1040.11 Class 1
IDs Transient EN/IEC61000-4-4 (2001) level 2
Priority VLAN 802.1p, VID=0 802.1p, Radiant RF Immunity EN/IEC61000-4-3 (2002) level 2
ToS/DSCP to 802.1p mapping Conducted Immunity EN/IEC61000-4-6 (2001) level 2
Surge EN/IEC61000-4-5 (2001) 0.5 KV (line)
and 1.5 KV (earth)
ESD EN/IEC61000-4-2 (2001) contact
level 2 & air discharge level 3
Fiber to the Future® 15
16. AONT-100
AONT-100
GPON ONT (4FE+2POTS+RF)
Feature Summary Applications
The AONT-100 has been optimized for single
Built-in triplexer for video RF-overlay
family homes or apartments and small office
Indoor wall or table mount
home office (SOHO) that require an RF-overlay for
Four 10/100Base-T Ethernet RJ-45 ports
video delivery.
2 analog 2-wire RJ-11 (POTS) VoIP SIP
voice ports, G.711 codec, 5 REN per port High Bandwidth GPON
CLASS 5 voice services The AONT-100 is fully FSAN (ITU-T G.984) compliant with a 1.244 Gbps
Lifeline POTS when used with the upstream and 2.488 Gbps downstream, Class B+ GPON system. In addition it
AONT-UPS supports downstream AES (128-bit key) and downstream and upstream FEC
Built-in L2 switch , 256 MAC addresses RS(255,239).
and 16 VLAN VIDs
MAC address limiting Ethernet Quality of Service
Customer VLAN tagged (802.1p), prior- The AONT-100 has extensive Ethernet QoS features, including 802.3x flow
ity tagged and untagged frames control, DSCP to 802.1p mapping, upstream congestion control, and down-
ToS/DSCP to 802.1pmapping stream traffic scheduling for premium or time sensitive content. Intelligent
IGMPv1/v2/v3 snooping and filtering and robust buffer and queue management for Ethernet traffic, with individual
Ethernet UNI output shaping, and prioritizable queues, ensures that tiered residential service offerings based on
upstream scheduling different bit-rates and QoS can be supported.
GPON “dying gasp” power loss indica-
tion Security
The AONT-100 comes with the latest security features, including MAC address
spoofing protection, MAC/IP address port binding, MAC/IP address limiting
on a per port basis, local port-to-port switching blocking option, 802.1X MAC-
based authentication, per-port access control list (ACL) based on port, MAC
address and Ether-type, and DOS prevention.
Flexible Management
The AONT-100 is managed from the AOLT-4000 OLT over the GPON’s OMCI
channel. The AOLT in turn is managed with either Alphion’s Element Manage-
ment System (AEMS) that provides configuration, profile based provisioning,
event and fault management and performance monitoring for the AONT, or a
3rd party EMS using SNMP or a legacy NMS.
16 Fiber to the Future®
17. AONT-100
SPECIFICATIONS
Optical Interface Voice Interfaces
Standard Fully ITU-T G.984 compliant Type Two FXS POTS RJ-11 interfaces, 5
Link Budget 28 dB (Class B+) REN, balanced ring
Wavelength Upstream: 1310 nm; Downstream: VoIP Protocol SIP (RFC3261) and SDP (RFC2327)
1490 nm Codec Multiple codec support
Line Rate Upstream: 1.244 Gb/s; Down- DTMF RFC2833 or in-band
stream: 2.488 Gb/s Tones and Ring Configurable
Output power +0.5 to +5.0 dBm Dial Plan Configurable
Sensitivity* -27 dBm (at 10 dB extinction ratio) FAX and Modem G.711 for FAX/mode in TTY or T.38
Overload -8 dBm FAX
Distance up to 60 km (depending on split CLASS Services Yes, various
ratio and reach extension) Conditioning Echo cancellation, voice activity
Connector SC/APC (required for RF-overlay) detection, comfort noise gener-
alization
GPON TC Layer
AES 128-bit key Environmental
FEC RS(255,239) Temperature -5 to +50ºC
DBA DBRu mode 0 Humidity 5% to 95% (non-condensing)
GEM port Up to 32
T-CONT/AllocID Up to 8 Physical
WxDxH 330 mm x 254 mm x 102 mm
Video Interfaces Powering +12 VDC
Type Coax F-connector Mounting Wall and table mounting
LEDs POWER, TEST, FIBER, TV, DATA,
Data Interfaces PHONE
Type Four 10/100Base-T RJ-45 Ethernet
interfaces Compliance
Rate & Duplex Auto-negotiation EMC EN55022, CISPR-22 Class B, ETSI 300
MDI/MDIX Auto-sensing 386, TEC SD/EMI-01/02 Sept. 2001
VLAN Support 802.1Q with VLAN tag manipulat- Safety EN60950, UL60950, CE
ion Laser Safety IEC-60825-1 Class 1 laser safety per
MAC & VLAN table 256 MAC addresses and 16 VLAN ITU-T G.664, FDA 21 CFR 1040.10 &
IDs 1040.11 Class 1
Priority VLAN 802.1p, VID=0 802.1p, Transient EN/IEC61000-4-4 (2001) level 2
ToS/DSCP to 802.1p mapping Radiant RF Immunity EN/IEC61000-4-3 (2002) level 2
Conducted Immunity EN/IEC61000-4-6 (2001) level 2
Surge EN/IEC61000-4-5 (2001) 0.5 KV (line)
and 1.5 KV (earth)
ESD EN/IEC61000-4-2 (2001) contact
level 2 & air discharge level 3
Fiber to the Future® 17
18. AONT-1041
AONT-1041
GPON ONT (4FE+2POTS+WiFi)
Feature Summary Applications
Indoor wall or table mount The AONT-1040 has been
Four 10/100Base-T Ethernet RJ-45 Ports optimized for single family
2 analog 2-wire RJ-11 (POTS) VoIP SIP homes or apartments and
voice ports, G.711 codec, 5 REN per port small home offices (SOHO) or
CLASS Voice Services small businesses.
802.11b/g/n wireless interface
High Bandwidth GPON
Built-in L3 routing gateway with The AONT-1041 is fully FSAN (ITU-T G.984) compliant with a 1.244 Gbps upstream
NAT/NAPT and firewall
and 2.488 Gbps downstream, Class B+ GPON system. In addition, it supports
Built-in L2 wire-speed switch , 128/256
MAC addresses and 16/32 VLAN VIDs downstream AES (128-bit key) and downstream and/or upstream FEC
RS(255,239).
MAC address limiting
Customer VID (VLAN ID) tagged Ethernet Quality of Service
(802.1Q), priority tagged (802.1p) and The AONT-1041 has extensive Ethernet QoS features, including 802.3x flow
untagged frames, stacked VLAN
(Q-in-Q) control, DSCP to 802.1p mapping, upstream congestion control, and down-
ToS/DSCP to 802.1p mapping stream traffic scheduling for premium or time sensitive content. Intelligent and
robust buffer and queue management for Ethernet traffic, with individual priori-
IGMPv1/v2/v3 snooping and filtering
tizable queues, ensures that tiered residential service offerings based on differ-
Ethernet UNI output shaping, and
upstream scheduling ent bit-rates and QoS can be supported.
GPON “dying gasp” power loss indica-
tion
Gateway
The AONT-1041 contains both a built-in wire-speed L2 802.1Q VLAN switch and
a built-in L3 routing gateway with port forwarding, NAT and NAPT address trans-
lation, built-in PPPoE support for high speed Internet service, and an integrated
stateful packet inspection firewall with configurable access control list (ACL) and
application-level gateway (ALG). Support for VPN (L2TP, PPTP and IPSec) pass
through is also provided. As part of the gateway function there is a DHCP client
and server, and a DNS server.
Security
The AONT-1041 comes with the latest security features, including MAC address
spoofing protection, MAC/IP address port binding, MAC/IP address limiting on a
per port basis, per-port access control list (ACL) based on port, MAC address and
Ether-type, DOS prevention, WEP, and WPA/WPA2.
Flexible Management
The AONT-1041 is managed from the AOLT-4000 OLT over the GPON’s OMCI
channel. The AOLT in turn is managed with either Alphion’s Element Manage-
ment System (AEMS) that provides configuration, profile based provisioning,
event and fault management and performance monitoring for the AONT, or with
a 3rd party EMS using SNMP or a legacy NMS.
18 Fiber to the Future®
19. AONT-1041
SPECIFICATIONS
Optical Interface Environmental
Standard Fully ITU-T G.984 compliant Temperature 0 to 40 ºC
Link Budget 28 dB (Class B+) Humidity 10 to 90% (non-condensing)
Wavelength Upstream: 1310 nm
Downstream: 1490 nm Gateway
Line rate Upstream: 1.244 Gbps Routing L3 software configurable
Downstream: 2.488 Gbps Address Assignment PPPoE, DHCP or Static
Output power +0.5 to +5.0 dBm Address Translation NAT/NAPT and STP firewall with ACL
Sensitivity -27 dBm (at 10 dB extinction ratio) and ALG (application-level gateway)
Overload -8 dBm Services DHCP client and server, DNS, VPN
Distance up to 60 km (depending on split (PPTP, L2TP, IPSec) pass-through,
ratio and reach extension) port forwarding
Connector SC/APC
Physical
GPON TC Layer WxDxH 223 mm x 161 mm x 44 mm
AES 128-bit key Powering External AC adapter with
FEC RS(255,239) 12VDC/1.0A DC connection
DBA DBRu mode 0 Mounting Wall and table mounting
GEM port Up to 32 LEDs PWR, ALM, GPON, WiFi, WPS,
T-CONT/AllocID Up to 8 Line 1-2, LAN 1-4
Data Interface Compliance
TType (wired) Four 10/100Base-T RJ-45 Ethernet EMC EN55022, CISPR-22 Class B, ETSI 300
interfaces 386, TEC SD/EMI-01/02 Sept. 2001
Type (wireless) 802.11b/g/n, dual antenna Safety EN60950, UL60950, CE
WiFi security WEP, WPA-PSK, MAC address Laser Safety IEC-60825-1 Class 1 laser safety per
filtering ITU-T G.664, FDA 21 CFR 1040.10 &
Ethernet rate & duplex Auto-negotiation 1040.11 Class 1
MDI/MDIX Auto-sensing Transient EN/IEC61000-4-4 (2001) level 2
VLAN support 16 VLANs, untagged VLAN, 802.1Q Radiant RF Immunity EN/IEC61000-4-3 (2002) level 2
tagged VLAN, VLAN stacking Conducted Immunity EN/IEC61000-4-6 (2001) level 2
(Q-in-Q), VLAN translation Surge EN/IEC61000-4-5 (2001) 0.5 KV (line)
MAC table 256 MAC addresses and 1.5 KV (earth)
Multicast 128 multicast groups , IGMP V2/V3 ESD EN/IEC61000-4-2 (2001) contact
snooping/proxy level 2 & air discharge level 3
Security broadcast/multicast rate limiting,
MAC address limiting
QoS CoS based on VID, 802.1p, and IP
ToS/DSCP, and IP VID=0 802.1p,
ToS/DSCP to 802.1p mapping,
802.1p marking/remarking
Voice Interface
Type Two FXS POTS RJ-11 interfaces, 5
REN, balanced ring
VoIP protocol SIP (RFC3261) and SDP (RFC2327)
Codec Multiple codec support
DTMF RFC2833 or in-band
Tones and ring Configurable
Dial plan Configurable
FAX and Modem G.711 for FAX/mode in TTY or T.38
FAX
CLASS services Yes, various
Conditioning Echo cancellation, voice activity
detection, comfort noise genera
tion
Jitter Buffer static or dynamic
Fiber to the Future® 19
20. AONT-1440
AONT-1440
GPON ONT (4FE+4POTS)
Feature Summary Applications
Indoor wall or table mount The AONT-1440 is a compact GPON ONT
Four 10/100Base-T Ethernet RJ-45 ports that can be used to provide Voice and Data
with auto-negotiation services to single family homes, apartment
Four analog 2-wire RJ-11 (POTS) VoIP blocks or small and home offices (SOHO).
SIP voice ports, G.711 codec, 5 REN per
port High Bandwidth GPON
CLASS 5 voice services The AONT-1440 is fully FSAN (ITU-T G.984) compliant with a 1.244 Gbps
Built-in L2 switch , 256 MAC addresses upstream and 2.488 Gbps downstream, Class B+ GPON system. In addition, it
and 16 VLAN VIDs supports downstream AES (128-bit key) and downstream and upstream FEC
MAC address limiting RS(255,239).
Customer VLAN tagged (802.1p), prior-
ity tagged and untagged frames Ethernet Quality of Service
The AONT-1440 has extensive Ethernet QoS features, including 802.3x flow
ToS/DSCP to 802.1p mapping
control, DSCP to 802.1p mapping, upstream congestion control, and down-
IGMPv1/v2/v3 snooping and filtering
stream traffic scheduling for premium or time sensitive content. Intelligent
Ethernet UNI output shaping, and and robust buffer and queue management for Ethernet traffic, with individual
upstream scheduling
prioritizable queues, ensures that tiered residential service offerings based on
GPON “dying gasp” power loss indica-
tion different bit-rates and QoS can be supported.
Security
The AONT-1440 comes with the latest security features, including MAC address
spoofing protection, MAC/IP address port binding, MAC/IP address limiting on
a per port basis, local port-to-port switching blocking option, 802.1X MAC-
based authentication, per-port access control list (ACL) based on port, MAC
address and Ether-type, and DOS prevention.
Flexible Management
The AONT-1440 is managed from the AOLT-4000 OLT over the GPON’s OMCI
channel. The AOLT in turn is managed with either Alphion’s Element Manage-
ment System (AEMS) that provides configuration, profile based provisioning,
event and fault management and performance monitoring for the AONT, or
with a 3rd party EMS using SNMP or a legacy NMS.
20 Fiber to the Future®
21. AONT-1440
SPECIFICATIONS
Optical Interfaces Voice Interface
Standard Fully ITU-T G.984 compliant Type Two FXS POTS RJ-11 interfaces, 5
Link Budget 28 dB (Class B+) REN, balanced ring
Wavelength Upstream: 1310 nm VoIP Protocol SIP (RFC3261) and SDP (RFC2327)
Downstream: 1490 nm Codec Multiple codec support
Line rate Upstream: 1.244 Gbps DTMF RFC2833 or in-band
Downstream: 2.488 Gbps Tones and Ring Configurable
Output power +0.5 to +5.0 dBm Dial Plan Configurable
Sensitivity* -27 dBm (at 10 dB extinction ratio) FAX and Modem G.711 for FAX/mode in TTY or T.38
Overload -8 dBm FAX
Distance up to 60 km (depending on split CLASS Services Yes, various
ratio and reach extension) Conditioning Echo cancellation, voice activity
Connector SC/APC detection, comfort noise gener-
alization
GPON TC Layer Environmental
AES 128-bit key Temperature 0 to +50ºC
FEC RS(255,239) Relative humidity 5% to 95% (non-condensing)
DBA DBRu mode 0
GEM port Up to 32 Physical
T-CONT/AllocID Up to 8 HxWxD 130 mm x 195 mm x 35 mm
Weight 0.5kg (excluding AC power adapter)
Data Interfaces Powering +12 VDC feed via external AC/DC
Type Four 10/100Base-T RJ-45 Ethernet adapter
interfaces Mounting Wall and table mounting
Rate & Duplex Auto-negotiation LEDs POWER, OPTICAL, LAN, UPDATE,
MDI/MDIX Auto-sensing ALARM, POTS
VLAN Support 802.1Q with VLAN tag manipula
tion Compliance
MAC & VLAN Table 256 MAC addresses and 16 VLAN EMC EN55022, CISPR-22 Class B, ETSI 300
IDs 386, TEC SD/EMI-01/02 Sept. 2001
Priority VLAN 802.1p, VID=0 802.1p, Safety EN60950, UL60950, CE, Optical
ToS/DSCP to 802.1p mapping IEC-60825-1 Class 1 Laser safety per
G.664
Transient EN/IEC61000-4-4 (2001) level 2
Radiant RF Immunity EN/IEC61000-4-3 (2002) level 2
Conductive Immunity EN/IEC61000-4-6 (2001) level 2
Surge EN/IEC61000-4-5 (2001) 0.5KV (line)
and 1.5KV (earth)
ESD EN/IEC61000-4-2 (2001) contact level 2
and air discharge level 3
Fiber to the Future® 21
22. AONT-1010
AONT-1010
GPON ONT (1GE)
Feature Summary
Small-form factor Applications
The AONT-1010 is a
Indoor wall or table mount
compact GPON ONT designed and optimized to provide triple play services for
One 10/100/1000 Base-T Ethernet RJ-45
Ports a single family residence. The AONT-1010 has one 10/100/1000 BaseT port that
can be used to provide high speed data, voice and video services. The AONT-
Built-in L2 Switch
1010 supports a wire speed data interface that supports advanced L2 and
Advanced VLAN features
VLAN features for providing rate and priority controlled high speed Internet
128 MAC addresses and 16 VLAN groups
access. To enable VoIP access, the AONT-1010 supports interfacing external
MAC address limiting
IAD box or home router with voice capability through the Ethernet interface.
Priority and rate controlled scheduling
AONT-1010 supports video contents delivered in the form of data (by multicast
ToS/DSCP to 802.1p mapping or unicast).
GPON “dying gasp” support
High Bandwidth GPON
The AONT-1010 is fully FSAN (ITU-T G.984) compliant with a 1.244 Gbps
upstream and 2.488 Gbps downstream, Class B+ GPON system. In addition, it
supports downstream AES (128-bit key) and downstream and upstream FEC
RS(255,239).
Ethernet Quality of Service
The AONT-1010 has extensive Ethernet QoS features, including 802.3x flow
control, DSCP to 802.1p mapping, upstream congestion control, and down-
stream traffic scheduling for premium or time sensitive content. Intelligent
and robust buffer and queue management for Ethernet traffic, with individual
prioritizable queues, ensures that tiered residential service offerings based on
different bit-rates and QoS can be supported.
Security
The AONT-1010 comes with the latest security features, including MAC address
spoofing protection, MAC/IP address port binding, MAC/IP address limiting on
a per port basis, access control list (ACL) based on port, MAC address and
Ether-type, and DOS prevention.
Small form-factor
A space conscious package for simplified wall or table mounting.
Flexible Management
The AONT-1010 is managed from the AOLT-4000 OLT over the GPON’s OMCI
channel. The AOLT in turn is managed with either Alphion’s Element Manage-
ment System (AEMS) that provides configuration, profile based provisioning,
event and fault management and performance monitoring for the AONT, or
with a 3rd party EMS using SNMP or a legacy NMS.
22 Fiber to the Future®
23. AONT-1010
SPECIFICATIONS
Optical Interfaces Environmental
Standard Fully ITU-T G.984 compliant Temperature -5 to +50ºC
Link Budget 28 dB (Class B+) Relative humidity 5% to 95% (non-condensing)
Wavelength Upstream: 1310 nm
Downstream: 1490 nm Physical
Line rate Upstream: 1.244 Gbps HxWxD 130 mm x 100 mm x 33 mm
Downstream: 2.488 Gbps Weight 0.2kg (excluding AC power adapter)
Output power +0.5 to +5.0 dBm Powering +12 VDC
Sensitivity -27 dBm (at 10 dB extinction ratio) Mounting Wall and table mounting
Overload -8 dBm LEDs POWER, OPTICAL, LAN, UPDATE,
Connector SC/APC ALARM
GPON TC Layer Compliance
AES 128-bit key EMC EN55022, CISPR-22 Class B, ETSI 300
FEC RS(255,239) 386
DBA DBRu mode 0 Safety EN60950, UL60950, CE, Optical
GEM port Up to 32 IEC-60825-1 Class 1 Laser safety per
T-CONT/AllocID Up to 8 G.664
Transient EN/IEC61000-4-4 (2001) level 2
Data Interface Radiant RF Immunity EN/IEC61000-4-3 (2002) level 2
Type One 10/100/1000 Base-T RJ-45 Conductive Immunity EN/IEC61000-4-6 (2001) level 2
Ethernet interface Surge EN/IEC61000-4-5 (2001) 0.5KV (line)
Rate & Duplex Auto-negotiation and 1.5KV (earth)
MDI/MDIX Auto-sensing ESD EN/IEC61000-4-2 (2001) contact level 2
VLAN Support 802.1Q with VLAN tag manipula- and air discharge level 3
tion
MAC & VLAN Table 128 MAC addresses and 16 VLAN
IDs
Priority 802.1p, IP ToS/DSCP to 802.1p
mapping
Fiber to the Future® 23
24. AONT-1350
AONT-1350
GPON ONT (1GE+2POTS+RF Hardened)
Features and Benefits: Applications
Support for a wide range of revenue Alphion’s standards-based ONT family delivers cost effective revenue generat-
generating voice features ing features for today’s competitive access market. Alphion’s ONT family
Wire speed 1000Mbps data transfer provides flexibility for a variety of network applications. The AONT-1350 Single
QoS handling including four traffic Family Unit (SFU) residential ONT delivers high quality VoIP voice service, Ether-
classes for triple-play service support net data service for high-speed internet access and IPTV broadcast video plus RF
video service. Optional outdoor enclosure (240-0100121) and indoor mounting
Extensive Ethernet bridging plus VLAN
bracket (240-0100122) may be ordered separately.
tagging, switching and filtering
capabilities for secure traffic manage-
ment across services and end users
Power management for preservation of
essential services during AC power
outage
Indoor or outdoor wall mountable for
easy installation
Cost effective deployment of revenue
generating services
Highlights Include:
Voice, data, IPTV, and video services
supported over a single GPON passive
optical link
VoIP Softswitch or CLASS 5 based high
quality voice service through two POTS
lines
High speed internet or VoIP access
through a single 10/100/1000 Base-T
Ethernet interface
Packet based interactive IPTV services
including multicast video and video-
on-demand
CATV RF video service via an F-type
coaxial connector
24 Fiber to the Future®
25. AONT-1350
SPECIFICATIONS
Network Interfaces: IPTV
Optical Up to 64 multicast groups
2.488 Gbps downstream, 1.244 Gbps upstream IGMP v2/v3 Snooping
Optical wavelengths: 1490 +/-10nm receive IGMP snooping with immediate leave
1310 +/-20nm transmit
Launch power: 0.5 to +5 dBm Voice
Receiver Sensitivity: -27 dBm P (RFC 3261)
Input power overload: -8 dBm P (RFC 2327) RTP/RTCP (RFC 3550/3605)
Received optical power monitoring 11 (μ & a law)
SC/APC connector
MGCP (RFC 3435)
Subscriber Interfaces: DTMF encoding by RELAY or IN-BAND method
POTS: CLASS service support (Caller ID, Call Waiting, Call Forwarding, Call
Two interfaces equipped with RJ-11 or screw down connectors Transfer etc.)
5 REN per line T.30 FAX, modem and TTY devices
Loop start/Ground start DHCP Client or static IP configuration
Balanced and unbalanced ringing Voice Activity Detection and Comfort Noise Generation
Country specific coefficients Proven interoperability with major soft switch and voice gateway
DTMF dialing vendors
Metallic loop testing
CATV RF-Video Interface: LEDs
Single F-type CATV connector Video
Operating wavelength: 1550 to 1560nm
Average optical power: -8 to +2 dBm
RF output level: 18dB Dimensions and Weight
RF output Impedance: 75 Ohms Size: 9.0 x 10.6 x 2.4 inches / 229 x 270 x 60 mm
Power supply current: 200mA Weight: 5.0 lbs (2.2 kg)
Total RF output Power: 36 dBmV
Ethernet: Environmental
A single 10/100/1000 Base-T interfaces with RJ-45 connector ONT -40°C to +46°C ambient + solar load
Meets IEEE 802.1 specifications -40°F to +114.8°F
MDI/MDIX auto-sensing and auto-negotiation Outdoor Enclosure -40°C to +65°C
-40°F to +149°F
Services and Features: Humidity 5% to 90%
GPON: Outdoor enclosure sold separately
Serial number discovery and registration ID provisioning
Full ITU-T G.984 compliance
Power
Advanced Encryption Standard (AES)
Power Consumption 9.5 - 13.5 Watts
Dynamic Bandwidth Allocation (DBA)
Power Input 12 to 14 Vdc
Forward Error Correction (FEC)
Input Connection Phoenix plug
Support for up to 8 T-CONTS
Optional 802.3af PoE power input
OAM: Dying Gasp Support
ITU-T G.984.4 based management of all services Local power via UPS with battery backup
Remote firmware upgrade including automatic rollback (Note: local power disconnects PoE power input)
Ethernet L2:
Ethernet bridging and switching per 802.1D Regulatory Compliance
QoS with support with 802.1p and TOS/DSCP mapping (Designed to meet the following compliance requirements)
802.1Q including VLAN translation, filtering, tagging, stacking Safety: UL/CSA 60950, IEC 60950, ETSI
(QinQ) FDA – FCC 47 CFR Part 15, Class B and FDR 21 CFR
Up to 64 VLANs 1040.10 and 1040.11 Class 1
Session hijacking prevention EMC: FCC PART 15, SUBPART B, CLASS B
Automatic MAC address learning and aging EN 55022, EN 55024, EN 300 386, CLASS B
Up to 64 MAC address entries CE: Compliant
MAC address limiting RoHS6: Compliant
Broadcast storm control WEEE: Compliant
Downstream rate limiting
Fiber to the Future® 25
26. AONT-1356
AONT-1356
GPON ONT (1GE+2POTS+RF with return path Hardened)
Features and Benefits: Applications
Support for a wide range of revenue Alphion’s standards-based ONT family delivers cost effective revenue generat-
generating voice features ing features for today’s competitive access market. Alphion’s ONT family
Wire speed 1000Mbps data transfer provides flexibility for a variety of network applications. The AONT-1356 residen-
tial ONT delivers high quality VoIP voice service, Ethernet data service for
QoS handling including four traffic high-speed internet access and IPTV broadcast video plus RF video service.
classes for triple-play service support Optional outdoor enclosure (240-0100121) and indoor mounting bracket (240-
Extensive Ethernet bridging plus VLAN 0100122) may be ordered separately.
tagging, switching and filtering
capabilities for secure traffic manage-
ment across services and end users
Power management for preservation of
essential services during AC power
outage
Indoor or outdoor wall mountable for
easy installation
Cost effective deployment of revenue
generating services
An Alphion head-end RF modulator is
available for upstream data return
channels.
Compatible with installations that use
either SA or Motorola head-end
Highlights Include:
Voice, data, IPTV, and video services
supported over a single GPON passive
optical link
VoIP Softswitch or CLASS 5 based high
quality voice service through two POTS
lines
High speed internet or VoIP access
through a single 10/100/1000 Base-T
Ethernet interface
Packet based interactive IPTV services
including multicast video and video-
on-demand
RF video with integrated RF Return
supporting the 8 to 28 MHz return path
frequency band
26 Fiber to the Future®
