T167
7
TundraNET© T167
Ruggedized Ethernet
Network Switch
Features
• 15 Layer2/3+ Fully
Managed Ethernet Ports
• 8x 10/100 bT Ethernet
ports plus 7x 10/100/1000
bT Ethernet ports
• Intrusion Prevention
System
• Network
k Admission
d
Controll
• 4GB Flash Memory
• 512MB DRAM Memory
• Console and auxiliary
serial ports (115.2kbps)
• Conduction cooled,
completely sealed
construction
• 8 MIL-STD-38999-type
connectors
• 2 resettable circuit
breakers
• Qualified to:
MIL-STD-810
MIL-STD-461
MIL-STD-704
Phillips Aerospace TundraNET Model T167 15-port 10/100/1000
Ethernet switch subsystem. The unit is highly ruggedized, has no moving parts,
i fully
is
f ll sealed
l d and
d conductively
d ti l cooled
l d without
ith t the
th need
d for
f a cold
ld plate
l t or
forced air cooling. The T167 switch platform is a highly miniaturized and fully
managed carrier-grade Layer 2/Layer 3+ switch solution with D38999
connectors for power and port I/O. The unit has been tested and certified to
MIL-STD-810F, MIL-STD-1275D, MIL-STD-704F, RTCA DO-160D, and MIL-STD461E ffor use iin N
Navall and
d Ai
Air F
Force, aircraft
i
ft and
d ground
d vehicle
hi l installations.
i t ll ti
T167 units are currently in use today in some of the military's most advanced
mission critical reconnaissance platforms.
The T167 has extensive built-in test (BIT) capability, including Power
Up BIT, Continuous BIT, and Initiated BIT. This includes a built-in cable
di
diagnostic
ti technology
t h l
that
th t allows
ll
the
th system
t
to
t quickly
i kl and
d remotely
t l analyze
l
the quality and attributes of the attached cables, helping pinpoint the cause of
network cable malfunctions without deploying field support personnel or
equipment or bringing down the network. This allows for a significant reduction
in installation time, cable debug efforts and overall network support cost. It
also
l verifies
ifi functionality
f
ti
lit off the
th interfaces
i t f
att th
the wire
i level,
l
l allll the
th way to
t the
th
connector interface and beyond. With this technology, each network system
port can independently detect and report cabling issues without the need to
unplug cables, connect cable testers and install loop-back modules at the far
end -- all of which are necessary when using traditional cable meters.
C t
Custom
configurations
fi
ti
and
dd
derivative
i ti d
designs
i
are available
il bl tto meett
Phillips Aerospace
16125 East Gale Ave.
City of Industry Ca 91745
www.paero.com = info@paero.com
(626) 855-4600
specific customer requirements. Please contact Phillips to discuss you
particular needs.
Switching Features
Line Rate Switching Engine
• IEEE 802.1D/Q-compliant Ethernet switch
• 16k entries forwarding database
• Supports 4k active VLANs, 4k Bridge Multicast groups
• Supports Multiple Spanning Trees (MST), with up to
256 MST groups
• Source-specific forwarding trees for up to 32 devices,
used for load balancing of flooded traffic in stack ring
topology
• IPv4 IGMP snooping
snooping, IPv6 MLD snooping
• Flexible VLAN assignment algorithms, including Portbased VLANs (IEEE 802.1v), Service VLANs (IEEE
802.1ad), and Policy-based VLANs
• MAC Address transplanting for efficient hardware
support of Rapid Reconfiguration (IEEE 802.1w)
Multi-layer, Policy Control List engine
• Line rate, ingress packet classification, and filtering
based on the packet’s first 128 bytes
• 1024 rules of 24 bytes or 512 rules of 48 bytes, with
independent bit-by-bit masking capability per rule
• Allows coexistence of short rules (24B) and long rules
(48B)
• Two lookups per packet
• ID-based Policy engine, based on ingress port or VLAN
(VACL)
• Flexible actions including filtering, VLAN assignment,
Policy-based switching, QoS remarking, and Policer
assignment
• 256 single-rate ingress traffic policers, using token
bucket algorithm with rates ranging from 1 Kbps to 54
Gbps
Security
• Filtering based on any field of the packet’s first 128
bytes, using the Policy engine
• Broadcast/Multicast/Unknown packet rate limiting
• Compliant with IEEE 802.1X port authentication
• Enhanced MAC-based authentication
• VLAN ingress and egress filtering
• Port-based VLANs and Port-based blocking, Private
VLAN Edge
Network management and statistics
• Independent ingress and egress port mirroring Ingress
mirroring may be based on port, VLAN, MAC Address,
or flow
Link aggregation
• Up to 127 Link Aggregation Groups (LAGs) with eight
members in each group
• Optimized load-balancing across link aggregate for
switch/server
• Fast failover: sub-microsecond failover from a failed
port and automatic redistribution of traffic to other
ports
Phillips Aerospace
16125 East Gale Ave.
City of Industry Ca 91745
www.paero.com = info@paero.com
(626) 855-4600
Unicast IPv4 and IPv6 Routing
• Policy-based IPv4/v6 Longest Prefix Match routing
lookup
• Up to 1k IPv4/v6 prefix/host entries and 1k ARP MAC
addresses
• Equal-cost multi-path routing for load-balancing traffic
at Layer 3
• Next-hop forwarding to any (device, port), trunk, or
VLAN group in the system
• Per route entry IP
IP-based
based QoS assignment
• Per rout entry IP-based mirroring to analyzer port
• Per route entry disable TL decrement for network
troubleshooting
• Per route entry binding to one of the 32 PCL match
counters
• Router exception checking
• Routed packet modifications
• Support for Layer 3 control traffic, extending
SecureControl to support Layer 3 control protocols
• IPv4/v6 control protocols running over link-layer
Multicast, e.g. RIPv2, OSPv2
• Egress mirroring of routed packet to an analyzer port
Quality of Service (QoS)
• 8 Traffic Class queues
• Minimal bandwidth guarantee per Traffic Class, using
Shaped Weighted Round Robin and Strict Priority
Scheduling
• 72 Quality of Service profiles for Traffic Class, Drop
Precedence, DSCP, and IEEE 802.1p User Priority
assignment
• Flexible mechanisms for QoS Profile assignment, as
well as for IEEE 802.1p User Priority field and IPv4/v6
DSCP remarking based on ingress port, IEEE 802.1p
user priority field, IPv4/v6 DSCP, MAC Address,
Policer, and any field of the packet’s first 128 bytes,
using the Policy engine
• Egress rate shaping per port and per Traffic Class
queue with rates ranging from 64 Kbps to 10 Gbps
Power
•
•
•
•
28VDC, 7.8W
50ms hold up time
OC, OV, and inrush protected
Meets MIL-STD-704E
T167
T167 Ruggedized Ethernet Network Switch
Mechanical
Dimensions:
Weight:
Connectors:
J1 (I/O):
J2 (I/O):
J3 (I/O):
J4 (I/O):
)
J5 ((Power):
J6 (Power):
J7 (I/O):
J8 (I/O):
7.7”L x 8.0”W x 3.4”H
1.8 kg (4.0 lbs)
D38999/24WB35SN
D38999/24WB35SA
D38999/24WA35SN
D38999/24WB35SB
D38999/24WA98PN
D38999/24WA98PA
D38999/20WH35SN
D38999/20WH35SA
Qualifications
MIL-STD-810F
• Operating Temp: –40C to +70C, methods 501.4
and 502.4
• Non-Operating Temp: –51C to +85C, method
503 3
503.3
• Altitude: 27,000 ft operational, 65,000 ft nonoperational, method 500.4
• Vibration: 3.09g RMS 20-2000 Hz for 1 hour in
each direction of 3 axes per 514.5 category 12
• Shock: 10g peak sawtooth of 11ms all planes
and both directions per 516.4-4
• Acceleration, ±1.2 Gs in x-axis, ±1.0 Gs in yaxis, +5.0, -2.5 Gs in z-axis for one minute
• Humidity,
Humidity 95% non-condensing
non condensing, method 507
507.1
1
• Water Proofness
• Bench Handling Shock
RTCA DO-160D
• Sand and Dust, 8.8g/m3, 0.5-2.5m/s
• Explosion Proofness
• Fluid Susceptibility
• Icing
MIL-STD-461E
• CE102 section 3.2.1
• CS101 curve #2 @ 28V
• CS114 Navy, Aircraft Internal
• CS115
• CS116
• RE102: fixed wing internal, per RE102-3
• RS103: Air Force, Aircraft Internal
• Lighting induced transient susceptibility per
section 3.2.1.1
• Electrostatic Discharge
Connector
J1
J1
J1
J1
J1
J1
J1
J1
J2
J2
J2
J2
J2
J2
J2
J2
J3
J3
J3
J3
J4
J4
J4
J4
J4
J4
J4
J4
J4
J4
J4
J4
Pin
1
2
3
4
5
10
11
12
1
2
3
4
5
10
11
12
2
3
4
6
1
2
3
4
5
7
8
9
10
11
12
13
Signal Name
PORT_1_Tx+
PORT_1_TxPORT_2_Tx+
PORT_2_TxPORT_2_Rx+
PORT_1_Rx+
PORT_1_RxPORT_2_Rx_ _
PORT_3_Tx+
PORT_3_TxPORT_4_Tx+
PORT_4_TxPORT_4_Rx+
PORT_3_Rx+
PORT_3_RxPORT 4 RxPORT_4_Rx
PORT_5_Tx+
PORT_5_TxPORT_5_Rx+
PORT_5_RxPORT_6_Tx+
PORT_6_TxPORT_7_Tx+
PORT 7 TxPORT_7_TxPORT_7_Rx+
PORT_8_Tx+
PORT_8_TxPORT_8_Rx+
PORT_6_Rx+
PORT_6_RxPORT_7_RxPORT 8 Rx
PORT_8_Rx-
Connector Pin Assignments
Connector Pin
Signal Name
J5
A +28V
J5
B GND
J6
A +28V
J6
B GND
J7
2 PORT_9_A+_Tx+
J7
3 PORT_9_A-_TxJ7
6 PORT_9_B+_Rx+
J7
7 PORT_9_B-_Rx_ _ _
J7
8 PORT_9_C+
J7
9 PORT_9_CJ7
11 PORT_9_D+
J7
12 PORT_9_DJ7
23 PORT_13_C+
J7
24 PORT_13_CJ7
25 PORT_10_A+_Tx+
J7
27 PORT_10_B
PORT 10 B+_Rx
Rx+
J7
28 PORT_10_B-_RxJ7
30 PORT_13_A+_Tx+
J7
31 PORT_13_A-_TxJ7
35 PORT_10_A-_TxJ7
44 PORT_13_D+
J7
45 PORT_13_DJ7
47 PORT_10_C+
J7
49 PORT_10_D+
PORT 10 D+
J7
50 PORT_10_DJ7
52 PORT_13_B+_Rx+
J7
53 PORT_13_B-_Rx+
J7
57 PORT_10_CJ7
65 PORT_12_C+
J7
66 PORT_12_CJ7
69 PORT_11_B+_Rx+
J7
70 PORT_11_B-_Rx+
PORT 11 B Rx+
Connector
J7
J7
J7
J7
J7
J7
J7
J7
J7
J7
J7
J7
J8
J8
J8
J8
J8
J8
J8
J8
J8
J8
J8
J8
J8
J8
J8
J8
J8
J8
J8
Pin
72
73
77
84
85
86
88
89
91
96
98
100
25
27
28
33
34
35
45
47
49
50
57
69
70
77
86
88
89
96
98
Signal Name
PORT_12_A+_Tx+
PORT_12_A-_TxPORT_11_A+_Tx+
PORT_12_D+
PORT_12_DPORT_11_A-_TxPORT_11_C+
PORT_11_C_ _
PORT_12_B+_Rx+
PORT_11_D+
PORT_11_DPORT_12_B-_RxPORT_15_A+_Tx+
PORT_15_B+_Rx+
PORT_15_B-_RxRS232 TxD
RS232_TxD
RS232_RxD
PORT_15_A-_TxRS232_GND
PORT_15_C+
PORT_15_D+
PORT_15_DPORT_15_CPORT 14 B+ Rx+
PORT_14_B+_Rx+
PORT_14_B-_RxPORT_14_A+_Tx+
PORT_14_A-_TxPORT_14_C+
PORT_14_CPORT_14_D+
PORT_14_D-
T167
T167 Ruggedized Ethernet Network Switch
Ordering
Unit:
AES-1671
Accessories:
Test Cable Set:
AES-TCS
Phillips Aerospace
16125 East Gale Ave.
City of Industry Ca 91745
www.paero.com = info@paero.com
(626) 855-4600
T167-DS Rev. 1.0 4/22/2014
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