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STLF-NA-TRD-REQ-1980 Each TCP-PEP server shall be able to handle several TCP-PEP clients. Each
TCP-PEP client shall only interact with one PEP server (star mode) or other
PEP client (mesh mode in single hop).
T NERA: 1.2.25 PEP Server capabilities
STLF_IF_RCST_PEPM
STLF_IO_INTER
STLF_IO_INTRA_MESH
STLF-NA-TRD-REQ-1990 The TCP-PEP solution shall improve the performance for both terminal-to-
Internet (star) and direct (single hop) terminal-to-terminal (mesh) TCP
connections
T NERA: 1.2.21 PEP performance - single
upload/download performance
STLF_IF_RCST_PEPM
STLF_IO_INTER
STLF_IO_INTRA_MESH
STLF-NA-TRD-REQ-2000 One TCP-PEP client shall be able to accelerate TCP connection with several
PEP clients in parallel.
T NERA: 1.2.26 PEP client, maximum
simultaneous TCP connections
STLF_IF_RCST_PEPM
STLF_IO_INTER
STLF_IO_INTRA_MESH
STLF-NA-TRD-REQ-2010 Non TCP traffic shall be routed transparently through the TCP PEP client T NERA: 1.2.29 PEP with Multicast traffic
STLF_IF_RCST_PEPM
STLF_IO_INTER
STLF_IO_INTRA_MESH
STLF-NA-TRD-REQ-2020 The TCP PEP client embedded in the RCST shall support both the direct
(single hop) Mesh (client to client acceleration) and Transparent scenario
(client to server acceleration).
T NERA: 1.2.28 PEP client dynamic
enable/disable
STLF_IF_RCST_PEPM
STLF_IO_INTER
STLF_IO_INTRA_MESH
STLF-NA-TRD-REQ-2030 The TCP PEP solution shall support optimization for the BoD allocation
characteristics of DVB-RCS systems
T NERA: 1.2.23 PEP, Forward link rates in
non-congested conditions
NERA: 1.2.22 PEP performance -
simultaneous upload/download
performance
NERA: 1.2.21 PEP performance - single
upload/download performance
STLF_IF_RCST_PEPM
STLF_IO_INTER
STLF_IO_INTRA_MESH
STLF-NA-TRD-REQ-2040 Impending congestion situations in the TCP PEP system shall gracefully be
reported to the TCP sender in order to throttle down the TCP transmission
rate.
T NERA: By design
STLF_IF_RCST_PEPM
STLF_IO_INTER
STLF_IO_INTRA_MESH
STLF-NA-TRD-REQ-2050 Each RCST shall be able to handle at least 1024 concurrent intercepted TCP
connections
T NERA: By design
STLF_IF_RCST_PEPM
STLF_IO_INTER
STLF_IO_INTRA_MESH
STLF-NA-TRD-REQ-2060 The TCP-PEP solution shall reduce the number of TCP ACK (mainly in the
return link).
T NERA: 1.2.24 PEP client throughput,
Forward and Return Link
STLF_IF_RCST_PEPM
STLF_IO_INTER
STLF_IO_INTRA_MESH
STLF-NA-TRD-REQ-2070 The TCP-PEP solution shall reduce the number of TCP ACK on the return
link by a factor of 4 (compared to the number of TCP ACK geNERA: By
designted by the PCs) in normal conditions without affecting the downloading
speed on the forward link).
T NERA: 1.2.24 PEP client throughput,
Forward and Return Link
STLF_IF_RCST_PEPM
STLF_IO_INTER
STLF_IO_INTRA_MESH
STLF-NA-TRD-REQ-2080 The following parameters shall be configurable by CLI, HTTP or SNMP:
TCP PEP client type, in case several clients are embedded in the RCST
IP interface where TCP PEP shall be enabled
T NERA: Test 1.2.30 PEP Client, SNMP v2
and PEP MIB
STLF_IF_RCST_PEPM
STLF_IO_INTER
STLF_IO_INTRA_MESH
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