ADU/FOS/MP
ADU/FOS/MP: Reliably receives a reference signal or delivers it to multiple receivers.
Tekno A product portfolio
Advanced Network and Security Solutions offers the following products to match our customers’ requirements in two main hardware and software groups.
Tekno A product portfolio
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157 matching products
ADU/FOS/MP: Reliably receives a reference signal or delivers it to multiple receivers.
AI01: Reliably receives a reference signal or delivers it to multiple receivers.
ANZ141: Shows accurate time and date in a form that users can read easily.
DetailsApplication access and secrets management protects API keys, service accounts and automation credentials through centralized policy.
AV4: Reliably receives a reference signal or delivers it to multiple receivers.
AV5: Reliably receives a reference signal or delivers it to multiple receivers.
AW02: Reliably receives a reference signal or delivers it to multiple receivers.
AW02-60: Reliably receives a reference signal or delivers it to multiple receivers.
DetailsC600RS: Provides accurate time to systems using the DCF77 radio signal.
Cloud entitlement management focuses on visibility into excessive permissions and reducing identity-based risk from standing privileges.
Runs sensitive business logic inside the HSM boundary to reduce exposure of keys and critical algorithms in software environments.
PAM architecture covers discovery, vaulting, password rotation, session monitoring and auditable access for critical accounts.
CPU-C15G2: Adds the required input, output or management function to a modular timing system.
Alero-style scenarios support controlled and auditable privileged access for third parties and vendors while reducing VPN dependency.
The Idaptive heritage combines user access, SSO, MFA and contextual controls with privileged access security.
A SaaS-based PAM model for teams that need faster deployment of vaulting, session control and privileged access policies.
DCF600HS: Provides accurate time to systems using the DCF77 radio signal.
DCF600USB: Adds high-accuracy hardware timing to computers and servers.
DOAL: Reliably receives a reference signal or delivers it to multiple receivers.
DU35K: Shows accurate time and date in a form that users can read easily.
DetailsDU35K/NET: Shows accurate time and date in a form that users can read easily.
DU35S: Shows accurate time and date in a form that users can read easily.
DetailsDU70: Shows accurate time and date in a form that users can read easily.
DetailsDual Tx/Rx modules provide more channel flexibility in one enclosure for redundant-source or bidirectional RFoF architectures.
eFiberSAT Indoor supports fiber transport of satellite communications signals in indoor or controlled environments.
Endpoint Privilege Manager is used for least privilege, application control and reducing local administrator risk on endpoints.
FDM: Meets timing and frequency needs in energy, automation and critical infrastructure.
DetailsFO CONVERTER: Converts, duplicates or distributes time and frequency signals to multiple devices.
GEN182: Provides accurate time to systems using the DCF77 radio signal.
GNMANTv2: Reliably receives a reference signal or delivers it to multiple receivers.
DetailsGNS183 - DAHS/DHS: Produces an accurate time and frequency reference from satellite signals.
GNS183PEX: Adds high-accuracy hardware timing to computers and servers.
GOAL: Reliably receives a reference signal or delivers it to multiple receivers.
GOAL-S: Reliably receives a reference signal or delivers it to multiple receivers.
GPS - 1U Rackmount: Produces an accurate time and frequency reference from satellite signals.
GPS EX-PROOF: Reliably receives a reference signal or delivers it to multiple receivers.
GPS timing receivers distribute GNSS/GPS signals reliably to multiple receivers or system components.
GPS-BGT: Produces an accurate time and frequency reference from satellite signals.
GPS-CON-AS: Reliably receives a reference signal or delivers it to multiple receivers.
GPS/SV: Produces an accurate time and frequency reference from satellite signals.
GPS/XHS: Produces an accurate time and frequency reference from satellite signals.
GPS183 - DAHS/DHS: Produces an accurate time and frequency reference from satellite signals.
GPS183PEX: Adds high-accuracy hardware timing to computers and servers.
GPSANTv2: Reliably receives a reference signal or delivers it to multiple receivers.
GPSAV4: Reliably receives a reference signal or delivers it to multiple receivers.
Identity services combine SSO, MFA, conditional access and user lifecycle controls within the identity security architecture.
Identity foundations establish access policy, role models, MFA, session visibility and risk-based control design.
Identity governance manages access needs for human and machine identities through audit, segregation of duties and lifecycle processes.
IMS - MDU: Adds the required input, output or management function to a modular timing system.
DetailsIMS - XHERb: Adds the required input, output or management function to a modular timing system.
DetailsIMS-BPE: Adds the required input, output or management function to a modular timing system.
DetailsIMS-CPE: Adds the required input, output or management function to a modular timing system.
DetailsIMS-ESI: Adds the required input, output or management function to a modular timing system.
DetailsIMS-FDM: Adds the required input, output or management function to a modular timing system.
DetailsIMS-GNM: Adds the required input, output or management function to a modular timing system.
IMS-GNS: Adds the required input, output or management function to a modular timing system.
IMS-GNS-UC: Adds the required input, output or management function to a modular timing system.
IMS-GPS: Adds the required input, output or management function to a modular timing system.
IMS-GXL: Adds the required input, output or management function to a modular timing system.
IMS-HEM100: Adds the required input, output or management function to a modular timing system.
IMS-HPS100: Adds the required input, output or management function to a modular timing system.
IMS-LIU: Adds the required input, output or management function to a modular timing system.
IMS-LNO: Adds the required input, output or management function to a modular timing system.
DetailsIMS-LSG: Adds the required input, output or management function to a modular timing system.
DetailsIMS-MRI: Adds the required input, output or management function to a modular timing system.
IMS-PIO: Adds the required input, output or management function to a modular timing system.
DetailsIMS-PSX201: Adds the required input, output or management function to a modular timing system.
IMS-PSX210: Adds the required input, output or management function to a modular timing system.
IMS-PZF: Adds the required input, output or management function to a modular timing system.
IMS-REL: Adds the required input, output or management function to a modular timing system.
DetailsIMS-RSC: Adds the required input, output or management function to a modular timing system.
DetailsIMS-SCG: Adds the required input, output or management function to a modular timing system.
DetailsIMS-TCR: Adds the required input, output or management function to a modular timing system.
IMS-VSG: Adds the required input, output or management function to a modular timing system.
DetailsIMS-VSI: Adds the required input, output or management function to a modular timing system.
DetailsINA - Inline Amplifier: Reliably receives a reference signal or delivers it to multiple receivers.
IoT security covers trusted lifecycle management for device identities and service accounts, secrets protection and privilege boundaries.
Iridium Indoor Extender is evaluated for extending Iridium signal availability indoors through fiber infrastructure.
J plug-in modules scale RFoF links inside modular rack infrastructure.
J-Chassis 1U subsystem organizes RFoF plug-in modules in a serviceable rack structure.
J3U chassis provides 3U rack infrastructure for denser channel counts and modular RFoF distribution.
J3U plug-in modules extend Tx/Rx channels in high-density RFoF rack systems.
Ku-band RF over Fiber options are evaluated for SATCOM and high-frequency antenna links between remote antennas and central equipment.
LANTIME M1000 Rackmount: Keeps servers, network devices and clients on the same accurate time.
LANTIME M1000 Telecom: Keeps servers, network devices and clients on the same accurate time.
LANTIME M1000S: Keeps servers, network devices and clients on the same accurate time.
LANTIME M150: Keeps servers, network devices and clients on the same accurate time.
LANTIME M2000S: Keeps servers, network devices and clients on the same accurate time.
LANTIME M250: Keeps servers, network devices and clients on the same accurate time.
LANTIME M3000: Keeps servers, network devices and clients on the same accurate time.
LANTIME M3000S: Keeps servers, network devices and clients on the same accurate time.
LANTIME M320: Keeps servers, network devices and clients on the same accurate time.
LANTIME M4000: Keeps servers, network devices and clients on the same accurate time.
LANTIME M450: Keeps servers, network devices and clients on the same accurate time.
LANTIME M500: Keeps servers, network devices and clients on the same accurate time.
LANTIME PTP Grandmaster: Provides precise PTP/IEEE 1588 synchronization for networks that require very low timing error.
LCES: Keeps servers, network devices and clients on the same accurate time.
LIU: Converts, duplicates or distributes time and frequency signals to multiple devices.
LNE: Keeps servers, network devices and clients on the same accurate time.
LNE-GbE / LNE-SFP: Keeps servers, network devices and clients on the same accurate time.
MBG S-PRO DCF77: Protects or completes a time synchronization installation.
MBG S-PRO GNSS: Protects or completes a time synchronization installation.
mbgNMS: Manages, monitors, tests or simulates time synchronization systems.
DetailsMeinberg PTP Client: Manages, monitors, tests or simulates time synchronization systems.
microSync Broadcast: Provides precise NTP and PTP synchronization in a compact device.
microSyncHR/THR: Provides precise NTP and PTP synchronization in a compact device.
microSyncRX/TRX: Provides precise NTP and PTP synchronization in a compact device.
microSyncXS: Provides precise NTP and PTP synchronization in a compact device.
Mobile and BYOD scenarios require identity-based access, device posture, MFA and conditional policies to be evaluated together.
MPS v2: Manages, monitors, tests or simulates time synchronization systems.
Helps preserve enterprise key control, integration continuity and policy alignment in hybrid and cloud scenarios.
A network-attached nShield HSM family positioned for data center and high-assurance use cases that need cryptographic services across multiple ap...
Supports HSM-backed cryptographic key usage and integration patterns for container-based applications.
Protects database encryption keys with HSM root of trust, separation of duties and auditable key lifecycle control.
A portable USB HSM option for offline CA key generation, development, low-volume cryptographic workloads and BYOK labs.
Provides centralized visibility for status, health, performance and operations across distributed HSM estates.
Supports secure, auditable, role-based HSM administration while reducing the need for physical data center access.
nShield Solo uses a PCIe form factor for cryptographic key protection and operations close to the application host.
OZ J1 supports denser integration of RFoF modules into rack and module architectures.
OZ10x small-form-factor RFoF modules transport RF signals over fiber in low size, weight and power applications.
OZ16xx is positioned for 3 GHz-class RFoF transport architectures that need higher power or low-noise performance.
OZ18xx is designed for high-frequency applications that need RF/microwave transport over fiber up to the 60 GHz class.
OZ200 addresses RFoF applications that need high dynamic range together with fiber-distance advantages.
OZ510 is evaluated for transporting timing and signal formats such as RS422, IRIG-B, 1PPS and TTL over fiber.
OZ51x provides compact Tx/Rx integration for RF transport links up to the 3 GHz class.
OZ52x provides a fiber transport layer for antenna, test and distribution architectures with wider RF bandwidth needs.
OZ600 is a compact RF over Fiber module family for transporting GPS, L-band, IF, VHF/UHF and similar analog RF signals over fiber.
OZ81x is a wide-dynamic-range RF over Fiber module family configurable as Tx, Rx or transceiver.
OZ9500 RFoF subsystem consolidates multiple links in a rack architecture for centralized RF fiber distribution.
OZ9800 is evaluated as a multi-channel, manageable subsystem for larger RFoF deployments.
PTP Track Hound v2: Manages, monitors, tests or simulates time synchronization systems.
PWR-AD10: Adds the required input, output or management function to a modular timing system.
DetailsPWR-DC20: Adds the required input, output or management function to a modular timing system.
DetailsPZF180: Provides accurate time to systems using the DCF77 radio signal.
PZF180PEX: Adds high-accuracy hardware timing to computers and servers.
RD/GPS: Produces an accurate time and frequency reference from satellite signals.
Redundant GNSS/GPS receiver architecture reduces single points of failure and improves timing-reference continuity.
RFoF: Converts, duplicates or distributes time and frequency signals to multiple devices.
RGB Displays: Shows accurate time and date in a form that users can read easily.
SDU: Converts, duplicates or distributes time and frequency signals to multiple devices.
SDU-R: Converts, duplicates or distributes time and frequency signals to multiple devices.
DetailsSDU/EFB/MP: Converts, duplicates or distributes time and frequency signals to multiple devices.
DetailsSDU/FO: Converts, duplicates or distributes time and frequency signals to multiple devices.
SDU/SIN: Converts, duplicates or distributes time and frequency signals to multiple devices.
DetailsSlaveclocks: Shows accurate time and date in a form that users can read easily.
DetailsSoftware components that extend nShield deployments for web services, database security, containers, cloud integration and application-specific n...
SyncBox/N2X: Converts, duplicates or distributes time and frequency signals to multiple devices.
SyncFire 1500: Keeps servers, network devices and clients on the same accurate time.
TCR180: Receives, generates or distributes IRIG time code.
TCR180PEX: Adds high-accuracy hardware timing to computers and servers.
TCR180PEX-EL: Adds high-accuracy hardware timing to computers and servers.
TCR180USB: Adds high-accuracy hardware timing to computers and servers.
TL enclosure protects RFoF modules and supports proper cabling in outdoor or field conditions.
TS enclosure addresses physical protection, organization and serviceability requirements for RFoF field installations.
VP100/20: Shows accurate time and date in a form that users can read easily.
DetailsVP100/20NET: Shows accurate time and date in a form that users can read easily.
Exposes HSM services through a service-oriented integration model for simpler application connectivity and centralized cryptographic control.
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Brand and solution guide
Product pages are structured as searchable solution context: selection criteria, use cases, integration notes and compliance topics.
Open full brand guideMeinberg provides reliable time sources for critical infrastructure through LANTIME NTP servers, IMS modular systems, microSync products, PTP grandmaster clocks, GNSS and IRIG synchronization solutions.
Positioned for accurate time distribution, log integrity and compliance in energy, telecom, finance, defense, broadcasting, data center and industrial automation projects.
Entrust nShield HSM solutions support key generation, digital signing, certificate authorities, code signing and high-assurance cryptographic operations through network-attached, embedded and portable HSM options.
Used in PKI, digital signature, payment, cloud key management, application encryption and compliance-driven security projects.
CyberArk focuses on protecting critical accounts through privileged access security, secrets management, endpoint privilege, SaaS identity security and Zero Trust principles.
Used for PAM modernization, cloud entitlement management, application secrets, vendor access and reduction of identity-based attack surface.
Optical Zonu RF over Fiber modules and GPS/RF transport solutions help overcome coaxial cable limits in distance, isolation and flexibility.
Used in SATCOM, radar, defense, GPS distribution, DAS, laboratory and remote antenna connectivity projects.