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- Pickering Interfaces Inc.
product
3-Channel PXI Function Generator
41-620A-003
The 41-620A is a compact 3-channel function generator provided in a PXI 3U single-slot module and is fully backward compatible with our 41-620-003 module. It is capable of generating sine waves to 10MHz with 48-bit frequency resolution referenced to the 10MHz PXI clock or to an external standard. This module can generate arbitrary waveforms loaded into the internal 256k memory, allowing the function generator to emulate many waveform types, including the typical waveforms of automotive and aerospace sensors.
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Data Record Adaptor and Correlator
Joiner
nTh Network Technologies to Help
Joiner is a data record adaptor and correlator for mobile and core networks management. The ideal partner for big data architectures with data lakes and analytic applications. Distributed as Docker component, it may be orchestrated in line with the network virtualization function concepts.
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1U Rackmount Network Appliance Platform With Intel® Atom® Processor C2558/C2758 Up To 2.40 GHz And 6 GbE LANs
NA361R
The NA361R is 1U rackmount network appliance platform for VPN, Firewall, UTM and other network applications. It supports low power Intel® Rangeley Atom™ Soc up to 2.4 GHz processor. The NA361R empowers its performance on Rangeley with 8 cores and supports Intel® AES New Instructions (AES-NI) and VT-x virtualization while the new Crypto Engine enables Intel® 4 x DDR3 UDIMM socket up to 32GB, unbuffered non ECC/ECC memory (dual channel) and QuckAssist Technology that supports 128, 192 and 256-bit AES, 3DES, DES. To prevent problems from sudden shutdown, the NA361R supports LAN bypass function through software program, and supports two 2.5" SATA HDD or one CompactFlash™ for storing event log data. It also supports one expansion slot for 1G or 10G NIC card for optional.
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Virtual Network Infrastructure Validation
Cloud Peak
Network functions virtualization (NFV) is a key building block for 5G mobile networks, with network slicing or mobile edge computing (MEC) becoming possible. In the NFV architecture, various virtual network functions (VNF) run on a common NFV Infrastructure (NFVI) and are controlled by a common management and orchestration (MANO) layer.
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Network Functions Virtualization
Communications service providers expect network functions virtualization (NFV) solutions to drive efficiencies, improve service agility and fundamentally change the way they do business. By consolidating network functions onto virtualized, cloud-based offerings, service providers can reduce proprietary hardware dependencies, contain CAPEX and OPEX, and increase service velocity. GENBAND’s Virtual Network Functions (VNFs) and VNF management framework solutions aid service providers with these business goals through full support of elasticity, scalability, geo-distribution and orchestration tenets for cloud and virtualized environments.
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Virtual Access Router
Access router is a sort of shorthand term for an Internet access router or wide area network (WAN) access router. When deployed by an organization this network element is often called an enterprise router, and is traditionally implemented as a dedicated hardware appliance on the subscriber premise. However, the access router functionality may be virtualized. Virtualization means the software is separated or de-coupled, from the customer premise equipment (CPE) hardware. Such virtualization results in a virtualized network function (VNF), which may also be called a software access router or virtual access router.
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VPN Server
What is a Virtual VPN server? A Virtual VPN server (aka virtual private network server or virtualized VPN Server) is a type of router that provides hosting and delivery of VPN services. It may also be viewed as an IP Network instance that terminates VPN connections such as Ipsec, OpenVPN and similar. Traditionally, a VPN server is a hardware computing device installed and configured with software that provides virtual Private Network (VPN) service. Patton has decoupled the VPN software from the dedicated hardware using virtualization technology to create a virtualized version of the network function or VNF. The VNF form of the server provides VPN tunnel management, network protection, firewall security, and IPsec router functionality-as well as VoIP security including TLS/SRTP.
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Network Function Virtualization and Software Defined Network
NFV and SDN
Network Function Virtualization (NFV) is a concept closely-related to software defined networking (SDN) whereby certain aspects of network operations (routing for example) are de-coupled from hardware and delivered as a software-only product or service. The software solutions sometimes called Virtual Machine (VM) Software Editions. Network operators, service providers, and enterprise network administrators can employ Virtualized Network Functions (VNF) to accelerate deployment of network services, cut capital expenses and reduce operating costs.
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Virtual SBC
What is a virtual session border controller or virtualized SBC? Traditionally, a session border controller (SBC) is a device positioned between carrier networks or between an enterprise LAN and a service-provider WAN. In the latter case, the border controller is called an enterprise session border controller or eSBC. Whether it is delivered as a dedicated hardware session border controller or a virtualized network function, (a.k.a. software SBC) the border controller manages call (session) setup and teardown. The SBC also provides network demarcation (demarc), or separation (border) between network domains, as well as other types of management (control) over the data streams that pass between networks. With the growing popularity of software defined networking (SDN) and the burgeoning market development and adoption of network function virtualization (NFV), eSBC functionality is more and more often de-coupled from a dedicated hardware device and delivered as a virtual instance running as a virtual machine (VM) on top of a hypervisor. It is generally not well understood in the market why an eSBC is such a critical network element for a secure and reliable SIP-based enterprise phone system. The following publication will help close that knowledge gap.
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Virtualization Software
Enea NFV Core
Enea NFV Core is a carrier-grade virtualization software platform built on OPNFV and OpenStack. It enables deployment and management of virtual Customer Premise Equipment (vCPE) network functions in central offices and data centers, utilizing cost efficient generic hardware platforms.
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Digital Bit Pattern Generator
FAB-3226
The FAB-3226 Digital Bit Pattern Generator connects digital ports to an user-defined FPGA logic. As the FPGA is user-programmable all kind of operation can be implemented: input, output, and closed loop operation where input and output are processed in real-time. All this can be controlled by an user-defined application program running on a computer system (PC or embedded).
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COM Express Type 7 10GBASE-T Network Adapter Card
CEI-2x10GBASE-T
- Support up to two 10GbE BASE-T interfaces- Marvell AQR113C inside- COM.0 R3.1 Type 7 compliant- Dedicated for Express-VR7
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PXIe Vector Network Analyzer, 9 kHz to 6.5 GHz
M9801A
Full 2/4/6/ port VNA on a PXI module with flexible applications.
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PXIe Vector Network Analyzer, 300 kHz to 9 GHz
M9372A
Pay for only the frequency range you need with a choice of six frequency ranges up to 26.5 GHz Improve accuracy, yield and margins with the best PXI VNA speed, dynamic range, trace noise and stability Add functionality to your test system with a full 2-port VNA that fits in a single PXI slot Address your multiport applications needs by cascading multiple models Increase throughput and lower costs by adding modules in a multi-site configuration
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PXIe Vector Network Analyzer, 10 MHz To 20 GHz
M9834A
The M9834A PXI network analyzer (VNA) offers unrivaled performance for testing multiport, multisite, multi-DUT modulated signal measurement from 10 MHz to 20 GHz.
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PXIe Vector Network Analyzer Source, 1 MHz To 6 GHz
M9389A
The M9389A PXIe vector network analyzer source is a component for the M9485A PXIe multiport vector network analyzer. The M9389A configuration includes two PXIe modules (M9310A source output, M9309A synthesizer) and its control is provided through the M9385A software front panel (SFP). The M9485A provides a true multiport VNA with up to 12-ports in one chassis and up to 24 ports in two chassis.
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PXIe Vector Network Analyzer, 100 kHz to 53 GHz
M9808A
Full 2 port VNA on a PXI module with flexible applications.
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COM-HPC Server Type 10G OCP Mezzanine Card
CEI-4x10G SFP+
- Supports up to four 10GbE Fiber interface (10G-SFP+)- Compatible with PICMG COM-HPC Rev 1.0 Server Type compliant- For COM-HPC-sIDH module
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PXIe-S5090, 9 GHz PXI Vector Network Analyzer
787251-01
PXIe, 9 GHz PXI Vector Network Analyzer - The PXIe-S5090 is a 2-port Vector Network Analyzer (VNA) that helps you measure amplitude, phase, and impedance. You also can use the PXIe-S5090 to perform time-domain analysis and to calculate the S-parameters of 2-port RF devices. It features a 300 kHz to 9 GHz frequency range, a wide dynamic range, and high sweep speeds for automated design validation and production test. Additionally, the PXIe-S5090 supports automatic precision calibration, full vector analysis, and reference plane extensions.
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PXIe Vector Network Analyzer, 10 MHz To 44 GHz
M9837A
The M9837A PXI network analyzer (VNA) offers unrivaled performance for testing multiport, multisite, multi-DUT modulated signal measurement from 10 MHz to 44 GHz.
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PXIe-S5090 2-Port 9 GHz Analyzer
PXIe-S5090
The PXIe-S5090 delivers metrology-grade VNA performance and speed to National Instruments’ PXI system. This high-performance vector network analyzer allows testing of two-port devices from the bench to the production floor in a compact, modular form factor. With 138 dB dynamic range and +13 dBm maximum power, this VNA is engineered for short time to first measurement and also for high performance automation with fast test times.
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PXI Vector Network Analyzers
Our PXI vector network analyzers (VNAs) perform fast, accurate measurements and reduce your cost-of-test. Simultaneously characterize many devices — two-port or multiport — using a single PXI chassis. By combining independent, two-port network analyzer modules into one chassis your multisite, multi-DUT, and multiport test applications scale flexibly. Use all ports to simultaneously measure your devices with multiport error correction.
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PXI Vector Network Analyzer, 300 KHz To 4 GHz
M9370A
The Keysight M9370A PXIe vector network analyzer is a full two-port VNA that fits in just one slot. It can function as a two-port VNA, or with multiple modules can be configured for multiport or multi-site measurements.
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PXIe Vector Network Analyzer, 100 kHz to 44 GHz
M9807A
Full 2 port VNA on a PXI module with flexible applications
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PXIe Network Analyzer Direct Access Receiver
M9377A
The M9377A is one port PXIe Vector Network Analyzer direct access receiver which is used in the M9485A PXIe Multiport Vector Network Analyzer
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PXIe Multiport Vector Network Analyzer, 1 MHz to 9 GHz
M9485A
1 MHz to 9 GHzUp to 12-ports in one chassis, 24-ports in two chassis Various applications - full N-port cal, FOM, Pulse, time-domain, noise figure and gain compression analysis capability Improve accuracy, yield & margins with the best PXI VNA speed, dynamic range, trace noise and stability Improve throughput with fast cycle time: 5 msec at 201 points, 2-port calVarious configuration with standard test set and configurable test set
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PXIe Vector Network Analyzer, 300 kHz to 26.5 GHz
M9375A
Pay for only the frequency range you need with a choice of six frequency ranges up to 26.5 GHz Improve accuracy, yield and margins with the best PXI VNA speed, dynamic range, trace noise and stability Add functionality to your test system with a full 2-port VNA that fits in a single PXI slot Address your multiport applications needs by cascading multiple models Increase throughput and lower costs by adding modules in a multi-site configuration
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PXIe Vector Network Analyzer, 300 kHz to 6.5 GHz
M9371A
Pay for only the frequency range you need with a choice of six frequency ranges up to 26.5 GHz Improve accuracy, yield and margins with the best PXI VNA speed, dynamic range, trace noise and stability Add functionality to your test system with a full 2-port VNA that fits in a single PXI slot Address your multiport applications needs by cascading multiple models Increase throughput and lower costs by adding modules in a multi-site configuration
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PXI Vector Network Analyzer, 9 kHz to 9 GHz
M9802A
Full 2/4/6/ port VNA on a PXI module with flexible applications.
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1mm Verification Kit
85059V
The Keysight 85059V is a 1.0 mm verification kit designed for vector network analyzer systems operating over the frequency range of DC to 120 GHz. This includes a set of standards with known characteristics, traceable to primary standards in the Keysight Technologies calibration lab. This verification kit is used to verify the measurement calibration and also to verify that the PNA/PNA-X based millimeter-wave system is operating within its specifications. The 85059V with 85059B 1 mm calibration kit are replacements for the 85059A 1 mm calibration/verification kit.
