Product Information アーカイブ - Traffic Sim Co.,Ltd. https://www.trafficsim.co.jp/en/products/ Specialist in Broadcasting, Telecommunications, and ICT Fields. Fri, 23 Oct 2026 03:27:09 +0000 en-US hourly 1 https://www.trafficsim.co.jp/wp-content/uploads/2024/09/64×64.jpg Product Information アーカイブ - Traffic Sim Co.,Ltd. https://www.trafficsim.co.jp/en/products/ 32 32 BS Broadcast Descrambler DSCR-X https://www.trafficsim.co.jp/en/products/dscr-x-en/ Tue, 08 Sep 2026 06:51:29 +0000 https://www.trafficsim.co.jp/?post_type=products&p=8378 A descrambler that accepts a multiplexed BS broadcast TS and outputs a descrambled single TS. It supports B-CAS cards for business use, and the TSID and service ID to output can be specified.

投稿 BS Broadcast Descrambler DSCR-X は Traffic Sim Co.,Ltd. に最初に表示されました。

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DSCR-X BS放送専用デスクランブラ

Accepts a multiplexed BS broadcast TS and outputs a descrambled single TS

  • B-CAS descrambling
    Supports B-CAS cards for specific business use only.
  • Retrieval of various information and selection of the broadcast to descramble from a PC
    The following operations are available over Telnet.
    ・Information display: error information (*1), input TS format, TSID list, list of service IDs contained in the selected TSID, TMCC information, etc.
    ・Selection of the broadcast to descramble: TSID (or relative TS number) and service ID
  • Selection of the broadcast to descramble using the front panel buttons
    The TSID (or relative TS number) and service ID to descramble can be specified.
  • Information can be checked on the front LCD
    Device name, firmware version, IP address, selected TSID and service ID, error information (*1), etc.
  • Alarm contact output
    When an error occurs, the error information (*2) can be output through the contacts.
  • Two TS outputs

(*1) Input error / TSID selection error / TMCC acquisition error / card error (insertion, communication, contract, type)
(*2) Input error / TSID selection error / TMCC acquisition error / card error (insertion, communication, contract, type) / power supply error (power off)

DSCR-X 活用例

Specifications

Product CategoryBS-only descrambler
Product NameTS CaPID DSCR-X Descrambler
Product Model NumberDSCR-X
Input/OutputInput I/FTS input: DVB-ASI × 1
※ Multiplexed TS or inter-station TS (single TS)
※ Supports input of 204-byte TS packets.
※ Supports packet mode and burst mode input.
Output I/FTS output: DVB-ASI × 2
※ Output is always in packet mode regardless of the input mode.
Contact output: D-Sub 25-pin (female) × 1
※ Photo-MOS relay contact output
Card I/FB-CAS card for broadcasters × 1
Control I/FFrontFront LED display (selected TSID, service ID being descrambled, status)
TSID / service ID selector switch
RearNetwork (10BASE-T / 100BASE-TX)
Communication port: 10010
Network configuration port: 9999
Operating Ambient Temperature0 to 40℃
Power SupplyAC100V
Power Consumption9W / 17VA or less
Dimensions (W × H × D)EIA 19-inch rack 1U half size
205×43.5×250 mm (excluding protrusions)
WeightApprox. 1.3kg
AccessoriesPower cable
Instruction manual
OptionsRack mount support angle U-1 (install 1 unit as 1U)
Rack mount support angle U-2 (connect 2 units as 1U)

Downloads

DSCR-X exterior
Download image

投稿 BS Broadcast Descrambler DSCR-X は Traffic Sim Co.,Ltd. に最初に表示されました。

]]> Multiple Relay Unit MRLY-1 https://www.trafficsim.co.jp/en/products/mrly-1-en/ Tue, 08 Sep 2026 06:51:28 +0000 https://www.trafficsim.co.jp/?post_type=products&p=8377 A relay unit that captures the ON/OFF state of external contacts on a PC and controls external devices by operating its own contacts. It provides 16 input contacts and 16 output contacts, and supports remote operation over an IP network.

投稿 Multiple Relay Unit MRLY-1 は Traffic Sim Co.,Ltd. に最初に表示されました。

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MRLY-1 接点ユニット

A 16-input / 16-output relay unit for capturing external contact states and controlling external devices

  • Provides 16 input contacts, 16 output contacts, and 1 device-fault contact (form-B, 2 poles).
  • The server PC and the unit are connected over an IP network, so the unit can be operated remotely via the Internet (telnet).
  • A built-in DC12V supply is routed to the outside through the contact terminals. Up to 100 mA is available for controlling external devices.
  • The watchdog timer function can close a specified contact when communication with the server PC has stopped for a set period.
MRLY-1 接続イメージ図

Specifications

Product Category16-input / 16-output contact model (with DC output power supply for contacts)
Product NameTS CaPID MRLY-1
Product Model NumberMRLY1-HR-IO16DC
Contact I/FInput contactsPhototransistor input
D-Sub 37-pin (male) / mounting screws are inch screws
Output contactsPhoto-MOS relay output
D-Sub 37-pin (female) / mounting screws are inch screws
Control I/FRearDIP switch (temporary IP address initialization at startup)
Network (10BASE-T / 100BASE-TX / 1000BASE-T)
Operating Temperature, Humidity0 to 40℃
Power SupplyAC100 to 240V
Power Consumption10W / 20VA or less
Dimensions (W × H × D)Rack mount half size
205×43.5×250 mm (excluding protrusions)
WeightApprox. 1.3kg
AccessoriesPower cable (AC100V)
Instruction manual
Cord clamp
OptionsRack mount support angle U-1 (install 1 unit as 1U)
Rack mount support angle U-2 (connect 2 units as 1U)

Downloads

MRLY-1 exterior
Download image

投稿 Multiple Relay Unit MRLY-1 は Traffic Sim Co.,Ltd. に最初に表示されました。

]]> [Development Product] ACAS Multi-Descrambler MDSR-1 https://www.trafficsim.co.jp/en/products/mdsr-1-en/ Wed, 11 Mar 2026 07:39:58 +0000 https://www.trafficsim.co.jp/?post_type=products&p=7183 ACAS Multi-Descrambler supporting multi-channel broadcasting and advanced BS (4K / 8K)

投稿 [Development Product] ACAS Multi-Descrambler MDSR-1 は Traffic Sim Co.,Ltd. に最初に表示されました。

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As the transition to the ACAS system in cable television accelerates, Traffic Sim proposes an ACAS multi-descrambler compatible with multi-channel broadcasting and advanced BS (4K/8K).

Overview

With the ACAS system, multiple services using different key information in a multi-stream can each be descrambled using their respective key information.

Furthermore, by connecting downstream equipment such as our systems (multi-view / simultaneous recording systems, etc.) or IP video routers to the ACAS multi-descrambler, multiple descrambled streams can be efficiently monitored, watched, and recorded.

Features

  • Multi-stream support increases consolidation, enabling streamlined system design including the descrambler.
  • Current input/output supports multicast only, but unicast conversion functionality is planned for future implementation.
  • Any descrambled stream can be output to the required point.

ACAS Multi-Descrambler MDSR-1 — Planned Specifications

Delivery MethodAppliance Product
Product SpecificationsOur multi-ACAS board is added to a server equipped with PCI slots, with dedicated software installed.
Server specifications can be customized to match the number of descrambling channels and customer requirements.
Simultaneous Descrambling
Channels

Per board:
Terrestrial Digital / BS / CS: Up to 96CH
CATV: Up to 192CH

Input/OutputIP Input/Output (TSoIP / Single TLV)

System Diagram

Downstream Equipment

投稿 [Development Product] ACAS Multi-Descrambler MDSR-1 は Traffic Sim Co.,Ltd. に最初に表示されました。

]]> Audio / Video Fault Detection System STB Watcher https://www.trafficsim.co.jp/en/products/stb-watcher-en/ Tue, 10 Mar 2026 08:36:21 +0000 https://www.trafficsim.co.jp/?post_type=products&p=7148 STB Watcher is a receiver-side monitoring system that evaluates broadcast quality from the viewer's perspective. The STB Monitoring Recorder controls the STB automatically and records video when an error occurs.

投稿 Audio / Video Fault Detection System STB Watcher は Traffic Sim Co.,Ltd. に最初に表示されました。

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Rather than asking “Is the signal being transmitted correctly?”, the real question is: “Is the broadcast actually reaching viewers as intended?”

STB Watcher is a receiver-side monitoring system that evaluates broadcast quality from the viewer’s perspective.

The STB Monitoring Recorder automatically controls the STB to perform monitoring and records video automatically when an error occurs. Because monitoring is conducted in the same environment as the viewer, it not only detects issues but also helps reproduce and analyze them.

In addition, multiple channels can be displayed simultaneously in a multi-view layout on a single screen, enabling efficient monitoring of several channels at once. No dedicated application installation is required—operations can begin simply by accessing the system through a web browser (Google Chrome).

In response to strong customer demand, the renewed STB Watcher is now available again.

Features

■ Automatic sequential monitoring of up to 98 channels

Using the included dedicated remote controller, the STB is automatically operated to monitor channels sequentially.
STB Watcher supports 50 channels as standard, and up to 98 channels with optional expansion.
When an error is detected, notifications can be sent via email or SNMP Trap.

■ Broadcast issue detection from the viewer’s perspective

By performing reception monitoring using the same STB that viewers actually use, broadcast issues can be detected and verified from the viewer’s point of view.
In addition, since multiple clients can access the system simultaneously, it can be utilized for various purposes such as monitoring operations, customer support, and internal verification.

stb_02

Benefits of Implementation

stb_03

System Configuration Image

stb_keito

Screen Image

stb_screen

投稿 Audio / Video Fault Detection System STB Watcher は Traffic Sim Co.,Ltd. に最初に表示されました。

]]> AI Real-Time Subtitle Generation System – “Mojipa” https://www.trafficsim.co.jp/en/products/mojipa-en/ Fri, 06 Mar 2026 08:04:13 +0000 https://www.trafficsim.co.jp/?post_type=products&p=7214 A system designed to solve the challenges of conventional real-time subtitle systems.

投稿 AI Real-Time Subtitle Generation System – “Mojipa” は Traffic Sim Co.,Ltd. に最初に表示されました。

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A System That Solves the Challenges of Conventional Real-Time Captioning

Overview

“Solo” and “Accurate” Live Captioning.

Equipped with an AI speech recognition engine and an intuitive UI, dramatically reducing the cost of live broadcast captioning operations.

“Mojipa,” which has redefined “real-time caption broadcasting,” enables “solo caption production” through intuitive and simple touch panel operation.

※ “Mojipa” is a registered trademark or trademark of TBS Television, Inc.

System Overview

Features

■ AI Speech Recognition Engine

“Mojipa” uses an AI speech recognition engine to analyze audio input and automatically generate captions in real time.
Using a speech recognition engine compatible with both on-premises and cloud environments, it reduces the burden on operators.

Actual Broadcast Screen

Input Screen

■ Labor Savings and Cost Reduction in Caption Generation

With conventional methods, a specialist with specific skills was required. By using “Mojipa,” operators simply verify and fine-tune the captions displayed on screen, making caption generation straightforward.
The collaboration between AI and humans enables fast and accurate caption generation.

How It Works

■ Simple and Easy Operation

Equipped with a touch panel UI to support real-time caption generation where speed is essential.
Through intuitive operation — simply touching characters on the display — users can correct and broadcast auto-generated captions.

“Mojipa” can be operated with a single finger on the touch panel.
Intuitive operations such as tap, flick, and swipe enable “solo caption production.”

Additional Features

Delay Display

Displays the delay time between the actual broadcast and caption generation.

Auto TAKE Function

Set the broadcast interval to enable automatic TAKE.

Template Text Insertion

Insert pre-registered phrases with ease.

User Dictionary Registration

You can use a user dictionary for displaying prediction candidates in Mojipa, a speech recognition engine dictionary,
and the PC’s IME dictionary for text input.

Introduction Video

Related URLs

■ Related to TBS Corporation

Mojipa Operation Demo Video |  https://tbsict.mojiko.ai/v/mojipa.mp4

■ Press Release (Archive) by Sony Business Solutions Corporation

Press Release by Advanced Media, Inc.

■ Press Release by Advanced Media, Inc.

■ Press Release by Advanced Media, Inc.

投稿 AI Real-Time Subtitle Generation System – “Mojipa” は Traffic Sim Co.,Ltd. に最初に表示されました。

]]> WA-9: TS ⇔ TS over IP Conversion / IP Transmission Unit https://www.trafficsim.co.jp/en/products/wa-9-en/ Mon, 02 Feb 2026 07:48:10 +0000 https://www.trafficsim.co.jp/?post_type=products&p=6365 The WA-9 is a unit that converts between TS (DVB-ASI) and TS over IP (TSoIP / IP-TS), and it also supports IP transmission. It supports multicast, retransmission, and FEC, and it reduces bandwidth usage through NULL packet compression and restoration.

投稿 WA-9: TS ⇔ TS over IP Conversion / IP Transmission Unit は Traffic Sim Co.,Ltd. に最初に表示されました。

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Multicast Support / Retransmission & FEC Support

The WA-9 is a unit that supports input, conversion, and IP transmission between TS (DVB-ASI) and TS over IP (TSoIP / IP-TS).
For IP transmission use, when converting TS to TS over IP, it compresses NULL packets and then restores them on the receiving side, which helps reduce the transmission bit rate.
Configuration can be done via a web browser.

System Configuration Diagram

1) Use as a conversion unit (TS ⇔ TS over IP)

The WA-9 supports bidirectional conversion between TS (DVB-ASI) and TS over IP.
Note: Operation is selected as either TS → TS over IP or TS over IP → TS, and the unit is used in a single direction at a time.

wa9_keitou1

2) Use as an IP transmission device for TS

By placing WA-9 units on the transmitting side and the receiving side, you can transmit TS over IP.
In this case, NULL packet compression enables transmission while reducing required bandwidth.

wa9_keitou2

投稿 WA-9: TS ⇔ TS over IP Conversion / IP Transmission Unit は Traffic Sim Co.,Ltd. に最初に表示されました。

]]> DVD-Video Creation System from Simultaneous Recording Data https://www.trafficsim.co.jp/en/products/dvd-video-from-recordings-en/ Mon, 02 Feb 2026 02:57:58 +0000 https://www.trafficsim.co.jp/?post_type=products&p=5797 This system works in conjunction with our simultaneous recording system to support DVD creation from your recorded assets.

投稿 DVD-Video Creation System from Simultaneous Recording Data は Traffic Sim Co.,Ltd. に最初に表示されました。

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By specifying your own content using keywords or timestamps, you can output it to media for long-term storage.
If you prepare a duplicator, the process can be further streamlined.

Benefits for Customers

This system works in conjunction with our simultaneous recording system to support DVD creation from your recorded assets.

By implementing this system, you can enjoy the following benefits:

  • Reuse TS-based recording assets for internal viewing and other secondary purposes.
  • Conversion from TS data, disc burning, and disc surface printing are fully automated. Once you schedule the job, you simply wait—significantly reducing the time required to create archive discs.
  • No complex configuration like commercial authoring software is required. Simply select from the program guide to create an archive disc.
  • Enables creation of higher-quality, highly compressed H.264 codec video files (.mp4) compared to standard DVD format.
  • By using a disc duplicator (EPSON), you can load up to 100 blank discs at once, eliminating the need for manual disc replacement.

Example System Configuration Diagram

According to the scheduled creation settings, the Conversion Client downloads TS data from our simultaneous recording system, converts it into DVD-Video format, and then the Duplicator creates the DVD-Video discs.

Blu-ray archiving system configuration example

Example Reservation Input Screen

Disc creation reservations are made through a dedicated program guide application.

Although the available recording time varies depending on the selected quality, if the content does not fit on a single disc, it will automatically be adjusted to span multiple discs (e.g., a two-disc set).

By using a duplicator that supports printing, you can also print recording details and other information directly onto the disc surface.

Features

Operational Benefits
  • Created DVD discs can be played on commercial DVD players and PCs.
  • Creation reservations can be made through a dedicated program guide application, and you can also check the actual broadcast EPG information.
  • Since reservations can be made consecutively, there is no need to wait for the previous DVD to finish before scheduling the next one—allowing efficient use of work time.
  • You can specify the number of copies at the time of reservation, such as creating 10 copies of the same DVD.
  • In addition to the program title and broadcast time, comments can be printed on the disc surface, making it useful for clearly indicating the DVD’s purpose.
  • Once disc creation is complete, you can receive an email notification with a list of the recorded programs.
Advanced Features to Meet Detailed Requirements
  • The disc surface print layout can be freely customized, including placement of broadcast station logos.
  • Video quality (bitrate) can be selected from three levels—High, Medium, or Low—allowing multiple programs to be stored on a single DVD.
  • If the selected programs exceed the recording capacity of a DVD, they are automatically split into multiple discs (e.g., two-disc or three-disc sets). An overlap of a few seconds can be set at the split boundaries.
  • Email notifications can be sent when blank discs run low or when ink levels are low.
  • If the duplicator is powered off, disc creation will remain on standby and an email notification will be sent, allowing operation where the duplicator is powered on only when needed.
  • Video can include image or text watermarks.
  • 5.1-channel audio is automatically downmixed to stereo (2ch) and recorded in LPCM format.
  • Optimized specifically for creating DVDs from TS data, enabling DVD creation from broadcast TS streams—something often not supported by commercial authoring software (service selection available).
  • Conversion from MPEG-2 TS format to DVD-Video format is performed at approximately 3× real-time speed.

投稿 DVD-Video Creation System from Simultaneous Recording Data は Traffic Sim Co.,Ltd. に最初に表示されました。

]]> Rack Mount Support Angle U-1 / U-2 https://www.trafficsim.co.jp/en/products/rack-mount-support-angle-u1-u2-en/ Wed, 28 Jan 2026 08:28:35 +0000 https://www.trafficsim.co.jp/?post_type=products&p=5816 Required for rack mounting our EIA 19-inch 1U half-size equipment.

投稿 Rack Mount Support Angle U-1 / U-2 は Traffic Sim Co.,Ltd. に最初に表示されました。

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Required to rack-mount our EIA 19-inch 1U half-width equipment.

  • U-1: for one compatible unit
  • U-2: for two compatible units (each unit can be replaced individually while rack-mounted)
  • N-1: AC cable lock bracket (for our 1U half-size units)

* These products consist of the brackets only. See the list below for compatible products.

U-1 product photo and mounting example
U-2 product photo and mounting example

AC Cable Lock Bracket N-1

A bracket fitted to our 1U half-size units to keep the AC (power) cable from coming loose.
* This product consists of the lock bracket only.

Compatible Products

ModelProduct Name
DMA-4-ISDBS3ISDB-S3/S Demodulator
DMB-2-ISDBTISDB-T Demodulator
DMB-2-ISDBSISDB-S Demodulator
DMB-2-DVBS2DVB-S2/S Demodulator
DMB-2-QAM64QAM/256QAM Demodulator
DMB-2-FMFM Radio Receiver
DSCR-1B-CAS Descrambler
DSCR-2B-CAS/C-CAS Descrambler
DSCR-TB-CAS/TRMP Dual Descrambler
DSCR-A-TLVACAS Descrambler
DSCR-A-ASIACAS Descrambler
MLT-5-CLKClock Generator Unit
CV-1DVB-ASI ⇔ DVB-SPI Converter
DB-4-ASIDVB-ASI/HD-SDI/SD-SDI 4-Output Distribution Amplifier
DB-2-ASIDVB-ASI/HD-SDI/SD-SDI 4-Output Distribution Amplifier
DB-2-ASI-DPDVB-ASI/HD-SDI/SD-SDI 4-Output Distribution Amplifier
DB-1-ASIDVB-ASI 3-Output Splitter
DB-1-SPIDVB-SPI 3-Output Splitter
WA-5-TITS-to-IP Conversion Unit
WA-5-ITIP-to-TS Conversion Unit
WA-5-EPGMPEG-2 TS EPG Probe Unit
WA-9-TX/RXTS over IP Transmission Unit

投稿 Rack Mount Support Angle U-1 / U-2 は Traffic Sim Co.,Ltd. に最初に表示されました。

]]> Current Monitoring System: EnergyGazer https://www.trafficsim.co.jp/en/products/energy-gazer-en/ Wed, 28 Jan 2026 06:46:24 +0000 https://www.trafficsim.co.jp/?post_type=products&p=5732 EnergyGazer is a cloud-based IoT current monitoring system that retrofits to existing distribution boards. It monitors up to 16 circuits at 3-second intervals, with PoE power and Web API support.

投稿 Current Monitoring System: EnergyGazer は Traffic Sim Co.,Ltd. に最初に表示されました。

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EnergyGazer current monitoring system

An IoT Current Monitoring Service using the Cloud.

EnergyGazer is a cloud-based IoT current monitoring system that retrofits to existing distribution boards. It monitors up to 16 circuits at 3-second intervals, with PoE power and Web API support.

Because there is no need to replace the distribution board or carry out major modifications, installation costs are kept low.

System Image (Cloud Service Model)*

Connect the clamp sensors to the EnergyGazer device and connect it to the Internet.
After registering an account and completing the setup, you can start using the service.

* In addition to the cloud version, an on-premises version that runs entirely within your own network is also available.

EnergyGazer system configuration
Large-scale EnergyGazer deployment across sites

Supports Large-Scale System Deployment

This system enables centralized monitoring of current usage at headquarters across multiple locations nationwide, while also allowing real-time monitoring at each individual site.

Example Use Cases

  • Centralized power monitoring for large organizations
  • Power monitoring at unmanned sites
  • Effectiveness measurement during equipment upgrades
  • Monitoring as a countermeasure against internal breaker trips
  • Evaluation of equipment deterioration caused by abnormal current levels
  • Power interruption detection for devices requiring constant power supply

Features and Functions

Energy Gazer unit EG1-DEV-C16 and dedicated current sensor

User Interface

  • Displays current usage status and total values in easy-to-understand graphs.
  • Measurement interval is 3 seconds, allowing you to quickly check the latest current value.
  • Under the standard contract, data at intervals of one minute or less is retained for two months, and coarser data for two years, enabling long-term trend analysis (such as seasonal variations).
  • Past data can be compared for analysis.
  • Graphs allow zooming in on specified past points, making it possible to compare, for example, the same date and time one year ago.
  • Accessible via a web browser and supports multiple devices.
  • Upper and lower threshold values can be configured for monitoring. A notification is sent when a configured threshold is exceeded.
  • Notifications are delivered by email, Microsoft Teams, Slack, patlite signal tower and SNMP Trap (as of May 2025).
EnergyGazer user interface on PC and smartphone
Live current graph and historical graphs

Other Features

The unit supports both AC adapter power and PoE power supply.
Measured data can also be provided via a Web API, allowing it to be integrated and used within your own systems.

EnergyGazer device connectors

Distribution Board Connection Image

Distribution board connection image

Rack Connection Image

Rack connection image

EG Device Main Unit Specifications

Model NumberEG1-DEV-C16
Product NameIoT Current Monitoring Device
Measurement Interval

3 seconds

Sampling is performed for 100 ms at approximately 700 ms intervals.

Every 3 seconds, the average, maximum, and minimum values during that period are output.

Measurement Range

The range depends on the attached current sensor.

Please refer to the specifications of the current sensor.

Number of Measurement Circuits16 channels
Network

LAN (RJ-45)： 100Base-TX / 1000Base-T

Wi-Fi: IEEE 802.11 b/g/n/ac 2.4/5 GHz (Supports WPA2-PSK / WPA3-Personal)    

  • 5 GHz band supports W52 only (36/40/44/48 ch)
  • No DFS support
  • Indoor use only

Bluetooth 5.0 BLE: Used for connection with the EnergyGazer device setup app (smartphone)

Network Settings

The following settings can be configured via the EnergyGazer Device Setup App (iPhone / Android):

  • Wi-Fi connection settings
  • DHCP / Static IP settings

  • Time synchronization settings

Network Protocols Used
  • UDP53,TCP53:DNS
  • UDP123:NTP
  • TCP443:WSS

TCP80 may also be used if specifically configured for the on-premises version

Estimated Data Traffic When Connected to the Cloud
(As of June 2025)

Cloud (EG Server) → EG Device: approx. 1.3 kbps (reference value)

Cloud (EG Server) ← EG Device: approx. 2.5 kbps (reference value)

  • Communication volume may vary depending on measured current values and firmware updates.
  • Traffic may increase after network reconnection or during firmware updates.
Internal MemoryCan store up to one week of measurement data while connected to the network
(Data is lost when the power is turned off)
Power Supply
  • Dedicated AC adapter (AC 100V–240V compatible), or
  • PoE (Type 1 Class 0)

Supports redundant power operation using both AC adapter and PoE.

  • Maximum power consumption: 10W
  • Typical power consumption: 6W
Operating Temperature-20°C to +40°C
(Up to -20°C to +50°C with special configuration)
Maximum Humidity95% RH (non-condensing)
Dimensions170 × 107 × 34 mm (excluding rubber feet)
Weight260g
Enclosure MaterialABS (Flame retardant, UL94V-0 compliant)
AccessoriesDedicated AC adapter
Product WarrantyA one-year equipment replacement warranty is included as standard. By additionally purchasing the annual product warranty within the warranty period, coverage can be extended up to seven years.
OtherOptional dedicated current sensors and dedicated sensor cable sets are required separately.

Security Information

We provide information for using EnergyGazer safely, as well as notices of security updates.

EnergyGazer Security Information

If you find a security issue in the product, please report it as described in our Vulnerability Disclosure Policy.

Frequently Asked Questions

Questions we are often asked when customers are evaluating EnergyGazer.

Installation

It can be retrofitted. There is no need to replace the distribution board or change the wiring of the power system. You simply clip the clamp-type current sensor onto the outside of the insulation of the wire leading to the breaker, and connect it to the EG Device with a dedicated sensor cable. No special tools are required.

Attach the dedicated sensor to the wire to be measured, connect it to the EG Device with a sensor cable, supply power (AC adapter or PoE), and connect to the network by LAN cable or WiFi. You can then start using the system. When using wired LAN with DHCP, measurement starts without any configuration on the EG Device.

EnergyGazer supports single-phase two-wire, single-phase three-wire, three-phase three-wire and three-phase four-wire AC distribution systems.

Three-phase measurement assumes that the phases are balanced: the measured value of a single phase is multiplied by a three-phase coefficient. If you need individual values per phase, this method cannot provide them, so please contact us to discuss your requirements.

Any number of current sensors from 1 to 16 can be attached to a single EG Device (16 measurement circuits).

With the cloud version you can start with a single EG Device and scale up to 1,000 devices (up to 16,000 sensors). With the standard “compact EG Server” of the on-premises version, up to 50 EG Devices and up to 800 sensors are supported; larger deployments are handled with a custom-built EG Server.

Here are actual installation examples.

  • A six-storey building including one floor with a PC server room (total floor area 1,200 m²): 10 EG Devices and 140 current sensors covered 90% of the power systems
  • A factory the size of three tennis courts: 6 EG Devices and 72 current sensors monitor 100% of the power systems in the factory
  • A satellite office: 1 EG Device and 3 current sensors

Measurement

The measurement interval is 3 seconds. Within each 3-second cycle, a 100 ms measurement is taken approximately four times, and the average, maximum and minimum values are recorded. Results can be checked on screen a few seconds after measurement.

EnergyGazer determines the current value using the TrueRMS (true root mean square) method. It measures at a source sampling rate of 2.93 kHz and an equivalent sampling rate of 14.65 kHz (at 50 Hz) / 17.58 kHz (at 60 Hz). Using the dedicated current sensor EG1-CT10-50A, accuracy is approximately ±2% at 50 A.

The high sampling rate maintains accuracy even for distorted waveforms with a large crest factor (CF); approximately ±2% is achieved even at CF = 4.0.

Currents from 0.1 A to 1,200 A can be measured, using a choice of nine clamp-type current sensors in three types.

Dedicated current sensors

ModelApertureMeasurable rangeRecommended range
EG1-CT7-30Aφ7 mm0.1 A–40 A0.2 A–30 A
EG1-CT10-50Aφ10 mm0.1 A–80 A0.2 A–50 A
EG1-CT16-70Aφ16 mm0.1 A–120 A0.2 A–70 A

Attenuator-compatible current sensors + dedicated attenuator (EG1-ATT4.7-2 required separately)

ModelApertureMeasurable rangeRecommended range
EG1-CTA24-250Aφ24 mm0.5 A–300 A2 A–250 A
EG1-CTA36-400Aφ36 mm0.5 A–500 A2 A–400 A

Current transformer + dedicated current sensor

ModelApertureMeasurable rangeRecommended range
EG1-CTR36-700Aφ36 mm1 A–800 A3 A–700 A
EG1-CTR60-700Aφ60 mm1 A–800 A3 A–700 A
EG1-CTR60-1000Aφ60 mm2 A–1,200 A4 A–1,000 A
EG1-CTR100-1000Aφ100 mm2 A–1,200 A4 A–1,000 A

Nine lengths are available: 1 m, 2 m, 3 m, 5 m, 7 m, 10 m, 15 m, 20 m and 30 m. Note that when used with the EG1-CTA series (attenuator-compatible sensors), the maximum measurable current is limited, and only cables up to 7 m are compatible with the EG1-CTA series.

Yes. Energy consumption and charges per month, per day and per 30 minutes can be reviewed with the Energy Explorer® function, which also supports searching for peak 30-minute demand values. Because some supply contracts base the monthly fixed charge on the highest 30-minute average power over the past year, this helps you keep track of it.

Note that the power factor required for power display uses a user-configured value, not a measured one.

Data

Under the standard contract, data at intervals of one minute or less is retained for two months, and coarser data for two years. Measurement values are aggregated at several granularities from 3 seconds to 1 day and recorded as a time series.

This lets you review both recent fine-grained changes and long-term trends such as seasonal variation.

Yes. From the Live Current Values screen you can download the measurement data for a specified period in CSV format.

  • Granularity: every 100 ms / 3 seconds / 1 minute / 5 minutes / 30 minutes / 1 hour / 3 hours / 1 day
  • Value unit: A (raw measured value), VA or W
  • Specification method: a bulk range from start to end (output together as a ZIP), or a start date/time plus an extraction period (a single CSV file)
  • Columns: one column per sensor or group shown on the Live Current Values screen

Sensor groups are not included, because the same sensor values would appear more than once. Nodes with Exclude enabled in Tree Settings are also not included, because they are not part of the current aggregation. To download either of these, select that node itself.

No. The EG Device retains up to seven days of measurement values internally and, once the network recovers, automatically backfills them at roughly 20× speed. Sensor monitoring is also re-run during backfill, and error logs are output with the actual measurement timestamps, so you can review what happened on site during the outage.

Notifications and integration

You can set upper and lower threshold values and be notified when a threshold is exceeded. As of May 2025, five notification methods are supported: E-mail, Microsoft Teams, Slack, patlite signal tower and SNMP Trap. Notifications can be switched on and off per user group assigned to a tree node.

High-current and low-current monitoring can be configured for an individual sensor, a sensor group, a specific phase (L1, L2, R, S, T and so on), any node, or the whole system. High-current monitoring is useful for assessing headroom in the power system, and low-current monitoring for detecting that cooling equipment has stopped.

There are three methods.

  • External reference API: log in with administrator privileges to obtain an API token, then read measurement values from monitoring systems such as Zabbix
  • MCP server: retrieve measurement values from AI agents that have MCP client capability
  • Screen control by link (in development): call a URL from an external system to open a specific node or time range in EnergyGazer

Yes. An MCP server for EnergyGazer is available, so measurement values can be retrieved from an AI agent program that you prepare.

Network and security

No additional configuration is required when using wired LAN in a DHCP environment. If WiFi settings or a static IP address are needed, they are configured over Bluetooth from the dedicated smartphone app (distributed on the App Store for iPhone and on Google Play for Android).

Both LAN (RJ-45, 100Base-TX / 1000Base-T) and Wi-Fi (IEEE 802.11 b/g/n/ac, 2.4 GHz / 5 GHz, WPA2-PSK / WPA3-Personal) are supported. In the 5 GHz band only W52 (channels 36/40/44/48) is supported, and because DFS is not implemented, 5 GHz use is limited to indoor environments.

As a guide, cloud connection traffic is approximately 1.3 kbps downstream and 2.5 kbps upstream (reference values as of June 2025). This varies with the measured current values and with product updates, and increases after network recovery and during firmware updates.

The protocols used are UDP 53 / TCP 53 (DNS), UDP 123 (NTP) and TCP 443 (WSS). TCP 80 can also be used with the on-premises version if specifically configured.

The cloud version supports two-factor authentication, Passkey and Google authentication.

In addition, when a sensor’s measurement screen is shared using the QR code link function, the security level for access can be chosen from three options: login required, PIN code required, or free access.

Key features

Dynamic Summary® stores the data from every individual sensor as it is recorded, and then aggregates any combination of sensors in real time when the data is viewed (patent pending).

Most measurement systems record only the result of an aggregation decided in advance, in order to limit the volume of data. However, deciding a sensible aggregation before you have actually measured the current is difficult, and it demands experience at the planning stage.

With Dynamic Summary® you can work in the following way.

  1. Start by simply measuring the current of every power system
  2. Watch how the measured current values actually change, then consider which combinations to aggregate
  3. The aggregation can be rearranged at any time, and past data can also be reviewed with the rearranged aggregation

This lets you view aggregations per site (head office, branch, factory and so on) and company-wide aggregations (all air conditioners, all lighting, all office equipment, all production equipment) at the same time, as separate perspectives.

Configuration and contract

The difference is whether the EG Server, which collects and records the measurement values, is on the internet or inside your own network. A subscription contract is required to start using either version.

Cloud versionOn-premises version
EG ServerUses the EG Server on the internetA computer with the EG Server software pre-installed is delivered
Server installation and operationNot requiredInstalled and operated by your organisation
Monitoring scopeEG Devices can be installed, and viewed, anywhere with an internet connectionWithin your own network only
ScaleFrom 1 EG Device up to 1,000 devices (up to 16,000 sensors)Up to 50 devices and 800 sensors with the standard compact EG Server; larger deployments use a custom-built EG Server
LicensingAnnual cloud connection licence plus annual cloud user licences (renewed each year)Perpetual on-premises connection licence. The compact EG Server includes perpetual licences for 20 users
Cost characteristicsLower initial costLower annual cost

An EG Device can also connect to two EG Servers at the same time. Because the same measurement values are recorded on servers belonging to different organisations, one can be managed company-wide while the other stays under departmental management.

Installation environment and safety

The specifications of the EG Device main unit are as follows.

ItemSpecification
Operating temperature−20 °C to +40 °C (−20 °C to +50 °C on request)
Maximum humidity95% RH (non-condensing)
Dimensions170 × 107 × 34 mm (excluding rubber feet)
Weight260 g
Enclosure materialABS (flame retardancy UL94 V-0)

Installation inside a distribution board or in a server rack is assumed. A DIN attachment (EG1-AC-DINATT) and a magnet attachment (EG1-AC-MAG) are available as mounting options.

Note that when the 5 GHz WiFi band is used, DFS is not implemented, so use is limited to indoor environments. The catalog does not state whether outdoor installation is supported, so please contact us if you are considering it.

To help keep sensor installation on a distribution board and EG Device installation safe, the product is designed as follows.

  • EG Device main unit — a resin enclosure with no exposed metal parts such as screw terminal blocks. Sensor cables connect with a single touch using resin connectors. The enclosure uses resin that meets the UL94 V-0 flame retardancy standard
  • Dedicated sensor cable — resin connectors are fitted at both ends and no metal parts are exposed. The flame retardancy standard is UL VW-1
  • Dedicated current sensor — with a transformer-type current sensor, attaching it to a live wire while nothing is connected to its output generates a high voltage and is dangerous. This is not an endorsement of connecting while live, but the sensor includes an overvoltage protection circuit in case it is connected while live by mistake

Installation itself is clamp-based: the sensor simply clips onto the outside of the wire insulation. There is no need to change the wiring of the power system, and no special tools are required.

投稿 Current Monitoring System: EnergyGazer は Traffic Sim Co.,Ltd. に最初に表示されました。

]]> Portable TS Recording Analyzer HACOBE2+ https://www.trafficsim.co.jp/en/products/hacobe2-plus-en/ Tue, 27 Jan 2026 07:33:56 +0000 https://www.trafficsim.co.jp/?post_type=products&p=5954 HACOBE supports RF, TS, and IP.
By adding various optional functions as needed, HACOBE can be customized to suit each customer’s requirements.

投稿 Portable TS Recording Analyzer HACOBE2+ は Traffic Sim Co.,Ltd. に最初に表示されました。

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HACOBE supports RF, TS and IP.
By adding functions as required, it can be customised into the HACOBE that suits you.

Introduction

Our TS analyzer is widely known by the name “HACOBE”.
Its full name — Portable TS Recording Analyzer HACOBE — is a little long, but it says exactly what the product is: a portable unit that records and analyzes TS.

HACOBE accepts not only TS input but also RF/IF input. Since it was announced at a domestic trade show in 2009 it has been used by many customers, both in Japan and overseas.

After the release of the first HACOBE (TSA-1000P/PQ), developed jointly with Tohoku Broadcasting Co., Ltd., and a subsequent licensed version, the current HACOBE2 was completed.
HACOBE2 added simulated modulation output for the various broadcast systems, IP input/output and monitoring, and can be operated remotely from your own PC.
A rack-mount sister product, HACOBE9, was also added to the family.

HACOBE2 then gained an H.265 decoding function for 4K broadcasting and evolved into HACOBE2+.

HACOBE series history

The HACOBE series

The HACOBE series can be configured to match your purpose by adding functions to suit the application.
First choose a base unit carrying the basic analysis functions, in either a portable or a rack-mount form.
Then select and add the options you need to build the optimum system.

HACOBE base units

HACOBE2+ and HACOBE9: where each one is used

Portable: HACOBE2+

The portable HACOBE2+ comes into its own where mobility matters — checking transmission on site, maintenance work and the like.
Options let it descramble the signal under analysis, so video and audio can be checked as well. It is used in a wide range of situations, including being carried into master control rooms and transmitter stations.

Rack-mount: HACOBE9

The rack-mount HACOBE9 is installed in a rack and accessed from a monitoring desk or an office floor.
Connecting it to the output of a matrix switcher, for example, lets you check the state of each signal. Adding the TS over IP option extends this to monitoring the state of IP streams. It is widely used in master control rack rooms.

Track record

HACOBE2+ and HACOBE9 are used by broadcasters in terrestrial, satellite, CATV and IPTV, as well as by telecommunications carriers and receiver manufacturers — broadcast-related businesses throughout Japan.

Common functions

■ Linking with our recording systems

TS data held in one of our recording systems can be analyzed from HACOBE over the network.
You can switch easily between several recording units for analysis.

■ TS analysis

The following analyses are supported for the input TS.

  • Packet analysis / section analysis
  • Packet interval display
  • table_id display
  • PCR jitter display
  • PTS graph display

■ Video and audio decoding

Video and audio can be decoded. Switching services, and switching between video and audio, are both supported.
* Audio checking is supported on HACOBE2+ only.
* Decoding a scrambled TS requires the descrambling option.

■ External TS analysis

TS data can be uploaded to a HACOBE shared folder over the network and analyzed.
* HACOBE2+ can also analyze TS files on USB storage.

■ Remote operation

HACOBE can be operated remotely from your own PC over the network.

Features of HACOBE2+

What makes HACOBE2+ distinctive is that it brings a wide range of functions together in a single unit. Its portable chassis means it can be carried to site and used there.

Until now, checking reception of digital broadcasts or isolating a fault meant preparing a dedicated instrument for each purpose and carrying them all to site.
Taking one HACOBE2+ instead consolidates the equipment you need and shortens preparation time.

As a result, analysis can be started quickly even when an urgent response is required.

Everything in one HACOBE2+

HACOBE2+ is the model that makes the most of a wide range of options on top of the basic analysis functions.

HACOBE2+ options

Specifications

Product type TS analyzer
Product name Portable TS Recording Analyzer “HACOBE2+” TS Analyzer “HACOBE9”
Model number TSA-1200 TSA-1900
Input TS input DVB-ASI×2
  • Record/play exclusive mode: max. 215 Mbps
  • Record/play simultaneous mode: max. 60 Mbps
 DVB-ASI×1
Option required Terrestrial RF input F connector (75Ω) ×1
  • VHF ch1–ch12 (NBR preset: 7–13) *1
  • UHF ch13–ch62 (NBR preset: 14–69) *1
 —
BS digital / 110°CS IF input F connector (75Ω) ×1
  • BS digital, BS1–BS23
  • 110°CS digital, ND2–ND24
 —
CATV RF input F connector (75Ω) ×1
  • CATV ch13–ch63
  • UHF ch13–ch62
 —
Output TS output DVB-ASI×2
  • Switchable between monitoring the input TS and outputting the recorded TS
  • Can output a TS locked to an external clock
 —
Option required Modulated output (various) F connector (75Ω) ×1 —
Contact closure Option required Input / output 2 in / 7 out (25-pin ×2) 2 out (D-sub 9-pin)
Recording Option required Internal HDD Loop recording of about 2 days of terrestrial broadcast TS on the internal HDD (500 GB, up to 400 GB usable)
Expanded internal HDD Expanding the internal HDD (2 TB, up to 1.6 TB usable) allows loop recording of about 8 days of terrestrial broadcast TS
TS playback Record/play exclusive mode: max. 215 Mbps Record/play simultaneous mode: max. 100 Mbps
TS formats that can be analyzed / decoded
  • 188/204-byte MPEG-2 TS
  • 192/208-byte TTS (variable-rate TS with time stamps)
  • ISDB-T terrestrial, 12-segment / 1-segment
  • ISDB-S BS / 110°CS
  • 124°/128°CS
  • IPTV TS
  • ISDB-Tb
Decoder Video
  • MPEG-2
    • The MPEG-2 video mode conforms to the video signal output format of ARIB STD-B21 6.2.1
  • H.264/AVC
  • Ｈ.265/HEVC
    • 4K 10-bit runs in skip-decode mode
    • Skip-decode mode: a mode that does not decode B slices
Audio
  • MP1-L1/L2/L3
  • MP2-L1/L2/L3(MPEG-2 BC)
  • AAC-LC/LTP/MAIN/SSR/HE-AAC/ALS/BSAC
  • LPCM-16bit/20bit/24bit
Card slot CAS card slots ×2 (shared by B-CAS and C-CAS)
Descrambling Option required B-CAS descrambling
  • Supports terrestrial / BS / 110°CS
    • A separate B-CAS card (yellow: limited-use / black: commercial-use) is required and must be supplied by the customer.
    • Consumer B-CAS cards (red) cannot be used.
 —
TRMP descrambling Supports terrestrial
C-CAS descrambling
  • Supports CATV
    • A separate C-CAS card is required and must be supplied by the customer.
 —
Time synchronization NTP
External I/F USB port Retrieved from a shared folder
Monitor output External monitor output XGA (1024×768) D-sub 15-pin / HDMI Access by VNC
LCD panel 6.5-inch LED-backlit LCD / XGA (1024×768) —
Audio output Built-in speaker Yes (mono) —
Headphone jack Yes (stereo) —
Power DC 12V (9–29V) AC 100V
Connector XLR 4-pin male —
With the AC adapter AC 100V (dedicated AC adapter supplied) —
Power consumption Max. 85 W / 85 VA Max. 150 W / 200 VA
Dimensions [W×H×D (mm)] 210×132.5×310 (excluding protrusions) 438×43×370 (excluding protrusions)
Weight Approx. 5.5 kg
*1 The NBR preset is a preset for the Brazilian broadcasting standard.

Downloads

HACOBE2+ (portable)
Download image

投稿 Portable TS Recording Analyzer HACOBE2+ は Traffic Sim Co.,Ltd. に最初に表示されました。

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