IMS-HPS100
IMS-HPS100
Meinberg
PTP / SyncE / Hardware NTP Interface with Dual Core CPU
High Precision Synchronisation
The new generation of the Meinberg time stamping unit provides a future-proof platform for your IEEE 1588 / SyncE / Carrier Grade NTP infrastructure. The high-performance dual-core processor, the 1-step master clock and the 1GE interface with SFP slot supports a very large number of PTP clients.
The HPS offers the ability to support up to 2048 PTP-Clients in Unicast (at 128 Sync/Delay Requests per second), as well as more than 250,000 DelayRequests per second in Multicast or Hybrid mode or more than 400,000 NTP requests per second due to a powerful FPGA-based Packet Generator engine.
An NTP software service (ntpd) can also be started on the HPS board. This service can process up to 15,000 NTP requests per second. The ntpd software service can also run parallel to the PTP service.
IMS-HPS Performance Level Options
PL-A
Unicast Clients: 8; Delay Req./s*: 1024; NTP Req./s: 1600
PL-B
Unicast Clients: 256; Delay Req./s*: 32768; NTP Req./s: 51200
PL-C
Unicast Clients: 512; Delay Req./s*: 65536; NTP Req./s:102400; PTPv1
PL-D
Unicast Clients: 1024; Delay Req./s*: 131072; NTP Req./s: 204800; PTPv1 **; PTP Monitoring ***
PL-E
Unicast Clients: 2048; Delay Req./s*: 262144; NTP Req./s: 409600; PTPv1 **; PTP Monitoring ***
* Delay Req./s in Multicast / Hybrid Mode
** PTPv1 mode selectable via Web Interface
*** PTP Monitor via Web Interface
The new generation of the Meinberg time stamping unit provides a future-proof platform for your IEEE 1588 / SyncE / Carrier Grade NTP infrastructure. The high-performance dual-core processor, the 1-step master clock and the 1GE interface with SFP slot supports a very large number of PTP clients.
The HPS offers the ability to support up to 2048 PTP-Clients in Unicast (at 128 Sync/Delay Requests per second), as well as more than 250,000 DelayRequests per second in Multicast or Hybrid mode or more than 400,000 NTP requests per second due to a powerful FPGA-based Packet Generator engine.
An NTP software service (ntpd) can also be started on the HPS board. This service can process up to 15,000 NTP requests per second. The ntpd software service can also run parallel to the PTP service.
IMS-HPS Performance Level Options
PL-A
Unicast Clients: 8; Delay Req./s*: 1024; NTP Req./s: 1600
PL-B
Unicast Clients: 256; Delay Req./s*: 32768; NTP Req./s: 51200
PL-C
Unicast Clients: 512; Delay Req./s*: 65536; NTP Req./s:102400; PTPv1
PL-D
Unicast Clients: 1024; Delay Req./s*: 131072; NTP Req./s: 204800; PTPv1 **; PTP Monitoring ***
PL-E
Unicast Clients: 2048; Delay Req./s*: 262144; NTP Req./s: 409600; PTPv1 **; PTP Monitoring ***
* Delay Req./s in Multicast / Hybrid Mode
** PTPv1 mode selectable via Web Interface
*** PTP Monitor via Web Interface
Contact us for lead time
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| Attribute | Value |
|---|---|
| Manual URL | https://www.meinbergglobal.com/download/docs/manuals/english/ims-hps100.pdf |
| Relative Humidity | Max. 85% |
| Further information |
The ability to select Master and Slave operation for either Default, Power, Telecom or SMPTE profile makes this product the most flexible PTP solution on the market, suitable for a wide range of applications.
A lot of IEEE 1588 slave devices or NTP clients from different market segments can be Synchronised, even over IPv6 networks, for example eNodeBs for LTE base stations, Linux servers running high-frequency trading applications, IEEE 1588 compatible IEDs in Smart Grid environments or IP-interconnected Audio / Video devices in TV or Radio studios. The Synchronous Ethernet function provides a highly accurate frequency transport over Ethernet networks. The card can be used either to take a SyncE signal from the network as a source or to generate SyncE as a Master. |
| RoHS | Yes |
| WEEE status of the product | This product is handled as a B2B category product. In order to secure a WEEE compliant waste disposal it has to be returned to the manufacturer. Any transportation expenses for returning this product (at its end of life) have to be incurred by the end user, whereas Meinberg will bear the costs for the waste disposal itself. |
| Available Output Signals |
2x SMA (50 Ohm) connectors
Configurable signals: 1 PPS, 10 MHz, 2048 kHz |
| Supported PTP Profiles |
Default:
- IEEE 1588v2 PTPv2 - IEEE 1588v1 PTPv1 (Option - HPS only PL-C / D / E) Power: - IEC 61850-9-3 - IEEE C37.238-2011 - IEEE C37.238-2017 Telecom: - ITU-T G.8265.1 Frequency - ITU-T G.8275.1 Phase/Time - ITU-T G.8275.2 Phase/Time Broadcast: - SMPTE ST 2059-2 - AES67 Media Profile AVB/TSN: - IEEE 802.1AS |
| Synchronous Ethernet |
Master and Slave Capability
Compliant to ITU-T G.8261, G.8262 and G.8264 Ethernet Synchronisation Messaging Channel (ESMC) |
| Network protocols |
IPv4, IPv6
DHCP, DHCPv6 DSCP IEEE 802.1q VLAN filtering/tagging IEEE 802.1p QOS |
| Resolution of measurement | frequency: accuracy of the oscillator (10MHz) ±100µHz time deviation: accuracy of reference (PPS) ±1ms |
| NTP Mode |
NTP Server Mode (8 ns timestamp accuracy)
NTPD Software Service (15,000 req./s). The ntpd software service can run parallel to the PTP service. |
| PTP Modes |
Multicast/Unicast Layer 2 (IEEE 802.3)
Multicast/Unicast Layer 3 (UDP IPv4/IPv6) Hybrid Mode E2E / P2P Delay Mechanism Up to 128 messages/second per client |
| Processor Type | 825 MHz Cortex A9 Dual Core on SOC |
| Available Network Connectors |
Combo Port: *
1 x 100/1000BASE-T RJ45 1 x GBIT SFP - Slot * The two network connectors are dedicated to a single physical interface. |
| Supported Models | LANTIME M500, M1000, M1000S, M3000, M3000S, M4000 |
| Key Features |
|
| Operating Temperature | 0 ... 50°C / 32 ... 122°F |
| Attribute | Value |
|---|---|
| Data Sheet | Click here to view |
