JNET 1

Juganu’s Medum Bandwidth Network-on-lights

The JNET1©, as an autonomous self-management scalable network, is designed to control and manage up to hundreds of thousands of lights in the modern city complicated environment. Each luminary and variety of IoT devices within its proximity are connected to a cloud-based (or local) management system. The luminary is connected wirelessly to the IoT devices and serves as an aggregation point to the data traffic. The JNET1© is a proprietary network protocol, using sub-Giga unlicensed spectrum and  designed to overcome the prevalent challenges Smart City Solutions encounter today, using the most common IoT protocols.

Open architecture & simple SDK allows 3rd party vendors to quickly launch IoT & Smart City applications, including a standard IoT stack off the shelf M&C software, SCADAs, Gas, Water, Power Meters, Light, Air Quality, Temperature, Moisture, AMR and other Sensors, Actuators, Customer’s ERP, etc.

The JMCS©, Lighting & IoT Management and Control System (cloud-based or Local options) provides a smart and effective solution, to remotely manage and control the City lighting and IoT systems by means of setting the lights and IoTs mode of operation, generating different reports, sending alerts warnings upon malfunction and more.

The JMCS© can be easily accessed via PC, Tablet or a Smartphone. Following a user login identification process, the Graphical User Interface loads (on mobile device or PC) and allows for intuitive and user-friendly access from a single node to a full, city-wide lighting fixtures’ management. Through JMCS, a single lamp or an entire city streetlights’ grid can be programmed to follow a certain lighting schedule or to provide different illumination levels at different dates & schedules.

DATA SHEET 

JNET1 OVERVIEW 

JNET1 BROCHURE

BENEFITS

  • Seamless operation with last pre-programmed schedules in case of a network failure
  • AC mains Voltage, Current and Power Factor measurements.
  • 3rd party sensors prevalent IoT protocols and GPS Embedded support
  • Fast and automatic setup on activation
  • Status & Alerts Flow time from entire lighting arrangement measured in seconds.
  • Autonomous self-managed scalable network - the JNET1 has self-set-up, management, recovery and optimization capabilities (Reducing manpower, etc.)
  • Encryption & Authentication of data-traffic level against control, data injection or DoS attacks
  • Open architecture & simple SDK allows 3rd party vendors to quickly launch IoT & Smart City applications, including a standard IoT stack off the shelf M&C software, SCADAs, Gas, Water, Power Meters, Light, Air Quality, Temperature, Moisture, AMR and other Sensors, Actuators, Customer’s ERP, etc.
DOWNLOAD DATA SHEET
IES MOCH FILES

Benefits

  • Efficient, uniform and glare free light
  • 75-90% savings in electricity costs
  • 95% saving in maintenance costs
  • Long Guaranteed operating lifetime
  • Easy installation
  • Increase safety for drivers, riders and pedestrians

FEATURES

  • 2 separate compartments for LED Modules and Driver, for maintenance purposes and heat separation
  • Each LED chip has its own lens made of PMMA or Silicon
  • CCT (Typical) – 3000K / 6500K
  • Several types of optics for various road conditions
  • Lateral distribution: Type II,III
  • Longitudinal distribution:, Short,Medium
  • Photo-biologic: IEC62471 Complied, with risk group exempt
  • Blue Light: IEC62778, IEEE1789

Specifications

  • Frequency Ranges

    ETSI EN-300-220 EU band (433.05-434.79
    MHz), FCC (902-928 MHz), ANATEL (915-928
    MHz)

  • Data Rate

    100 kbps (400 MHz band), 500 kbps (900 MHz
    band)

  • Effective Data Throughput

    50 Etsi, 250 FCC kbps

  • Transmitter Output

    Up to 15 dBm

  • Receiver Sensitivity

    -95 dBm for 1% PER (data rate of 100 kbps)

  • Spreading Technique

    Frequency agility, Sub-1G 2GFSK (400 MHz
    band) and 4GFSK (900 MHz band)

  • Routing Topology

    Source Routing Tree

  • Communication Standard

    Juganu proprietary efficient tree routing
    exceeds limitations of IEEE 802.15.4/g and RPL;

  • Addressing Paradigm

    JNET1 is a source-routing tree solution employs a
    proprietary MAC address paradigm

  • Max Hop Number

    64

  • Maximal Number of Nodes Per Gateway

    10,000

  • Wireless Network Security

    Counter Mode Cipher Block Chaining Message
    Authentication Code Protocol over AES128, PreShared Key.

  • Up/Download Channel Utilization

    Concurrent up/download channel, employing
    frequency diversity

  • Remote Software Update

    Sophisticated reliable and secure, File Transfer
    Protocol

  • GPS Acquisition Sensitivity

    -163 dBm

  • GPS Accuracy

    Speed < 0.01 m/s, heading < 0.01°,
    accumulative accuracy

  • GPS Time To Fix

    35 secs

  • Astronomical Clock

    Built-in, with GPS, calculating the location and
    local time to allow turn ON/OFF in accordance
    with sunset and sunrise local times

  • AC Mains Parameters

    Measures AC mains power

  • Operating Temperature

    -40°C to +55°C

  • Humidity

    95% non-condensing
JUGANU
Skip to content