Welcoming Bodet to the Telnet Networks Partner Ecosystem

bodet telnet partnership

We’re thrilled to announce a new partnership that brings precision, reliability, and European craftsmanship to our time synchronization solutions. Telnet Networks is now an official Canadian partner of Bodet Time, a French manufacturer with over 150 years of expertise in timekeeping innovation. This collaboration enhances our ability to deliver robust, scalable time systems to critical infrastructure sectors across Canada.

A Legacy of Timekeeping Excellence

Bodet’s journey began in 1868 with the crafting of tower clocks. Today, the company is a European leader in time display and synchronization, with all products designed and manufactured in Trémentines, France. Their commitment to quality is evident in their ISO 9001 and ISO 14001 certifications. Even more than 150 years later, they still produce high quality tower clocks.

Comprehensive Clock Solutions

Bodet offers a comprehensive range of digital and analog clocks designed to meet diverse organizational needs, combining precision, durability, indoor or outdoor uses, and aesthetic appeal.

Profil Series – Versatile Analogue Clocks

The Profil Series encompasses the 900 and 700 lines, offering analog clocks suitable for both indoor and outdoor environments. The Profil 900 Series provides three sizes (278mm, 377mm, and 570mm) with options for DIN, notches, or figures on the dial. Available in white, black, or aluminium, these clocks support synchronization via NTP (Ethernet/Wi-Fi) and wired AFNOR or impulse modes, with power options including batteries, 120V/220V, low voltage, or Power over Ethernet (PoE).

The Profil 700 Series expands on this versatility with five sizes (300mm to 800mm) and similar customization options. Designed for robustness, these clocks are ideal for industrial settings, offering recessed and security mounting options for specialized environments.

Style LED Series – High-Visibility Digital Clocks

Bodet’s Style LED Series features 12 models with slim designs and anti-glare screens, ensuring readability in various settings. Digit heights range from 5 cm to 10 cm, and LED colors include red, white, yellow, blue, and green. These clocks support built-in timer functions (with the Style Keyboard accessory) and synchronization via NTP (Ethernet/Wi-Fi), wired AFNOR and impulse modes. Power options encompass 120V/220V, low voltage, or PoE.

For outdoor applications, Bodet offers high-brightness LED clocks with automatic brightness adjustment, digit heights up to 45 cm, and IP54 and IK07-rated aluminium casings. These clocks are designed to withstand environmental challenges, featuring tropicalized electronic boards to prevent oxidation, moisture, and mould.

Cristalys and Opalys LCD Series – Informative and Elegant Displays

The Cristalys LCD Series provides reflective displays with wide viewing angles and high contrast, suitable for indoor environments like offices and hospitals. Models offer various combinations of time, date, temperature, and additional information, with power options including battery (3-year life), low voltage, or PoE.

The Opalys Series enhances visibility with blue backlit LCD displays, maintaining the same informational features as the Cristalys line. These clocks are ideal for settings requiring clear time displays in varying lighting conditions, offering power options of 240V or PoE and an eco mode with programmable schedules.

Each Bodet clock series is designed to integrate seamlessly with synchronized time systems, ensuring accurate and consistent time displays across all areas of an organization.

Advanced Time Synchronization Systems

Bodet offers a comprehensive suite of master clocks and time servers designed to ensure precise time synchronization across various sectors. These solutions cater to the needs of industries ranging from education and healthcare to finance and transportation.


The Netsilon Series

Bodet’s Netsilon time servers provide high-precision time synchronization for IT networks, supporting protocols like NTP and PTP. They are designed to meet the demands of various industries, from manufacturing to finance with varying requirements for precision, customization and resilience.

  • Netsilon 7:Ideal for synchronizing equipment such as access control systems, IT equipment, and video surveillance. It features a TCXO internal oscillator and supports over 2,000 NTP requests per second

  • Netsilon 9:Designed for precise synchronization of equipment like robots and control units. It boasts an OCXO internal oscillator, achieving microsecond-level accuracy, and supports a modular design with various input/output options

  • Netsilon 11:Tailored for applications requiring highly accurate and stable synchronization, such as financial trading systems. Netsilon 11 offers the same high-precision capabilities as the Netsilon 9, with enhanced stability and holdover performance These time servers can be managed remotely via a secure web interface, allowing for easy configuration and monitoring without the need for additional software

 

The Sigma Series

Bodet’s Sigma Series master clocks are engineered to synchronize a network of analogue and digital clocks, ensuring uniform time display across facilitiesThese devices can also control auxiliary systems like bells, lighting, and HVAC systems

  • Sigma P: Offers three programming circuits, enabling control over wired clock systems, relays, or sounders

  • Sigma C: A modular master clock equipped with programming circuits and NTP client/server capabilities for synchronization over Ethernet networks. It also controls sounders and NTP clock systems

  • Sigma MOD:A modular master clock that combines programming circuits with NTP client/server functions. It allows control over slave NTP clock systems, relays, and bell sounders These master clocks support synchronization via GPS, GLONASS, or Galileo antennas and can be configured using Bodet’s intuitive SIGMA software

Beyond traditional clock systems and time servers, Bodet offers a comprehensive range of tower, pool, and scoreboard clocks that demonstrate their commitment to delivering precise and reliable timekeeping solutions across various environments and applications.

Trusted by Global Institutions

Bodet’s solutions are employed by prestigious organizations worldwide:

  • Amazon France: Utilizes Bodet systems for efficient time management in logistics hubs
  • Roissy Charles de Gaulle Airport: Relies on Bodet for synchronized time displays across terminals
  • University Hospital of Montpellier: Ensures precise timekeeping for critical healthcare operations
  • Royal Mail and Barclays Bank: Implement Bodet’s time solutions for operational efficiency

Bringing Bodet to Canada

As Bodet’s Canadian partner, Telnet Networks is excited to offer these state-of-the-art time synchronization solutions to our clients. Whether you’re in healthcare, education, transportation, manufacturing, technology or any sector where precise timekeeping is crucial, we’re here to provide tailored solutions that meet your needs.​

Contact Telnet Networks today to learn more about Bodet’s offerings and how we can assist in implementing a solution that ensures accuracy, reliability, and efficiency across your operations.

NTP vs. SNTP: What’s the Difference?

Network Instruments Accurate Monitoring

By David Sohn, Solution Architect

(And Which One Do You Really Need?)

NTP (Network Time Protocol) and SNTP (Simple Network Time Protocol) are similar TCP/IP protocols in that they use the same time packet from a Time Server message to compute accurate time. The procedure used by the Time Server to assemble and send out a time stamp is exactly the same whether NTP (i.e., full implementation NTP) is used, or SNTP is used.

The difference between NTP and SNTP is important in the time synchronization program running on the client side on each system.

The time synchronization program, whether it is a Windows built-in program like W32Time (which uses the SNTP protocol) or a third-party add-on, determines which protocol is being used — not the time server. The time server does not care. The difference between NTP and SNTP is in the error checking and the algorithm for the actual correction to the time itself.

The NTP algorithm is much more complicated than the SNTP algorithm. NTP normally uses multiple time servers to verify the time and then controls the slew rate of the system. The algorithm determines if the values are accurate using several methods, including fudge factors and identifying time servers that don’t agree with the other time servers. It then speeds up or slows down the system clock’s drift rate so that (1) the system’s time is always correct and (2) there won’t be any subsequent time jumps after the initial correction.

Unlike NTP, SNTP usually uses just one time server to calculate the time, then “jumps” the system time to the calculated time. It can, however, have back-up time servers in case one is not available. During each interval, it determines whether the time is off enough to make a correction and if it is, applies the correction.

Clear as Mud?

If this is not completely clear, consider an analogy of comparing and adjusting a wristwatch to a clock on the wall. The wristwatch is analogous to the “client” device (like a PC) and the clock on the wall is the time server. With SNTP, you always look at the clock at pre-determined intervals. Let’s say one per hour. (As an aside, the act at comparing time for computer synchronization is known as a “poll.”)

When you think it is 12:00:00 you look at (poll) the clock to see that it is 11:59:57. You are three seconds fast, so you set your watch back three seconds. You do not do anything else until 1:00:00. You look again at the clock to see that it is 12:59:57 – again, three seconds fast — and again you set your watch back three seconds. Every hour, you reset your watch 3 seconds to be in sync with the clock on the wall.

From an error perspective, you are most accurate immediately after the poll and you progressively get worse. The maximum error happens immediately before the poll, when a sudden adjustment occurs, such as when time goes from 12:59:57 to 12:59:58 to 12:59.59 to 1:00:00 to 12:59:57.

If a maximum error of three seconds and the discontinuity of the time scale bothers you, consider the NTP case. Here, you want to react knowing that your watch is gaining three seconds every hour, so you don’t have to change it so often.

Simply compensate for the drift by using your error vs. time measurements. You do not need to use the same measurement period all the time. All you need to know is the rate and direction of the change.

After you have a pretty good feel for the drift, you can program your watch to adjust in real time. You want to make very small adjustments, so that at any given time you are in sync with the clock on the wall, without even looking at it.

Of course, the drift rate may change over time, so you do want to continually poll the clock, and apply the best correction you can come up with. And with that you get a wristwatch that is seemingly never out of synchronization!

Which One Do You Need?

It all depends on your application, but in general, SNTP clients should only be used where time synchronization is not critical for your systems. For all other clients, and for systems that will also serve time to other systems, you should utilize full NTP implementations to include reference selection and clock steering algorithms to maintain accuracy through the full timing path.

Looking at the time servers themselves, the selection of a time server that uses SNTP or NTP to serve time only should focus on whether that time server would ever synchronize to NTP as a primary or secondary reference — in which case, only full NTP should be used. To simplify things, SNTP should be used only at the start or end of the network timing path, and only at the end of the network timing path where time synchronization is not critical for your systems.

Customization Nation with Sapling Digital Clocks

No matter the product, everyone has different tastes and styles they prefer. Because of this, people really enjoy the ability to customize the items they purchase to meet these preferences. Giving customers the option to personalize their product or service has benefited many different companies in many different industries.

Let’s take the shoe industry as an example. Nike has been wildly successful with the Nikeid option on their website. This option gives their patron the option to customize any type of shoe they want with any combination of colors. The car industry has also jumped on the customization bandwagon. Almost every major car company has an option on their website for their customers to customize the make, model, color, accessories and so much more.

The Sapling Company understands the importance of customization and as the manufacturer of synchronized time systems; Sapling has an array of options to satisfy the broadest of needs. We offer four different synchronized time system options, including: Wired, Wireless, Talkback, and IP. These systems include a master clock at the center of the network and multiple secondary clocks that display the accurate time. The master clock is updated with the accurate time from NTP of GPA, and then sends a signal to the secondary clocks. More specifically within a wireless clock system, the secondary clocks both receive and transmit the signal, until all of the clocks are properly updated.

Within the four systems is the option of what type of clock you would want: analog or digital. If you chose the round analog clocks, then you would get the option of the 12” or 16”clock. Sapling also offers a 9” or 12” square clock for more variety within the analog family. Both the round and square clocks have the additional options of customizable hands and dials!

If you chose the digital clocks, then you would be hit with the brand new color customization display options. While red is the standard color option, you will now have the choice between green, white, amber and blue.

Thanks to Sapling for the article.

The Benefits of Using 2-Wire Digital Master Clock System

If you are considering a wired clock system for your facility, the 2-wired Digital Master Clock System option with Sapling may be the best option for you. Take a look at the unique advantages of this system below. In addition to the written description, check out our video at the bottom to see a visual depiction of how the 2-Wire Digital Clock System works.

Power/Data on the Same Line

Most wired clock systems require three or four wires. With Sapling’s 2-Wire Digital Communication System, the converter box supplies the power and amplifies the data, so that power and data are integrated on the same line. Fewer wires mean a cleaner, less cumbersome and more efficient system.

Instant Correction

As with all of Sapling’s clock systems, our goal is to provide synchronized, accurate time to keep your education, healthcare or business facility operating at its best. The 2-Wire Digital Communication System provides time updates to all of the clocks as often as once per second. With such frequent corrections, your clocks are guaranteed to show the accurate time, all the time. Another auto correction feature is the 5 minute synchronization after a power outage. If power is lost, you won’t have to worry about resetting the clocks or waiting a few hours for them to be re-synchronized. Within five minutes of getting power back, the master clock will send a signal to reset all of the clocks to the accurate time. Even if a power outage causes some temporary chaos in other areas, clock malfunctions or time inaccuracies will not be issues to add to the mix. Sapling takes care of that part for you.

Effortless Installation

The installation of the 2-Wired System is simple and straightforward for a few reasons. First, the low voltage requirement means that you do not need a certified electrician to install the system in most countries. Having two wires going from the master clock to each individual clock instead of four also makes setup quicker and easier. Even if a mistake is made with the two wires, our cutting-edge reverse polarity detection technology will recognize the error and autocorrect it. What could be easier than that?

Hopefully, the only thing easier is making the decision to install Sapling’s 2-Wire Digital Master Clock System for its advanced technological capabilities, ease, accuracy and the superior quality and service that you can expect from Sapling.

Thanks to Sapling for the article.

Sapling’s Master Clock – Leader of the Pack – Part 2

In continuing with our post explaining how Sapling’s master clocks can receive time, the second option a user has to receive time is through a GPS Receiver.

Receiving time from a GPS satellite is not only extremely accurate, it is also very secure. With the GPS Receiver, the facility does not have to go outside the facility’s established firewall and use a time source via the Internet.

A GPS receiver is built-in to the master clock and sends out the master clock’s exact location to satellites around the world. From the satellite, the master clock receives the accurate UTC (Coordinated Universal Time), then corrects to the local time based on the user’s location.

The GPS Receiver option can be used in conjunction with the NTP Server option, which you can learn about here. A user has the ability to choose which option will be the main time source and which will be the backup time source. By utilizing both options, a user will have redundancy within their system, ensuring accuracy. Receiving time via GPS is optional with a Sapling’s master clock.

Stay tuned next week for the third way Sapling’s master clocks can receive time! If you are interested in learning more about our master clocks in the meantime, visit our website for more info or check out our YouTube video explaining our master clocks more in depth.

Thanks to Sapling for the article.

Unique Features of Sapling’s IP Clock System

Sapling’s IP Clock System is unlike your typical clock system. This synchronized clock system is powered by (PoE) or Power-over-Ethernet, receiving power and data through a CAT5 cable, there is no need for an additional outlet. This system allows for easy set up and operation for any user and has a number of unique features that make it stand out among the rest.

One such feature is that each clock has its own built-in web interface. The web interface allows a user to adjust many different settings or enable certain features on the clock. For example, a user can choose to set the time to display in 12 or 24 hour mode (digital clocks only), automatically update for Daylight Saving Time, both domestically and internationally and even give that particular clock a name, for example its location in a facility.

Features such as the brightness option can help companies and organizations become more energy efficient. For example, if you work in a school, it’s not a 24/7 operation. A school’s peak hours are typically between 7 a.m and 5 p.m., that’s a ten hour time frame in which the school building has a constant flow of traffic, with dozens of eye balls gazing at the clocks at one point or another. In those peak hours, the brightness is typically set to the high setting for maximum visibility. After school lets out for the day, the clocks aren’t being viewed as much. To conserve energy and money, Sapling gives a user the ability to adjust the brightness to medium, low or off (digital clocks only) after peak hours. This helps a school or any other type of facility save money over the life of the clock system. A user can also establish a brightness schedule for all the digital clocks within a facility.

Another feature that the IP clock system has is the ability to send email alerts on any changes or disruptions that occur. The email notification is sent right to the operator of the clock system if any power failures, major time changes, NTP/SNTP server synchronization issues, display faults or mechanical failures happen.

Sapling prides itself on being the forefront of technology, and our IP clock system, with its web interface allows custom ability of many settings (Brightness Settings, automatic Daylight Saving Time updates, email alerts, etc.) to help your company propel into the future. For more information, do not hesitate to contact us today!

Thanks to Sapling for the article.

Ready, Set, Go! Time Synchronization with Sapling Clocks

For high school students, the short break in between classes is no relaxing matter. They have only a few minutes to get from one classroom to the next. If a student needs to pick up their books for the next class and must stop at their locker, this makes the trip even more challenging. Those few minutes in between classes can get hectic with hundreds of students flooding the hallways sharing the common goal of reaching their next destination on time. Most students are even unaware of how much time they have to reach their next class due to the discrepancy between the times their watch or cell phones display and the time the school clocks display.

A synchronized time keeping system can make the trip between classes more efficient for both teachers and students. If the time displayed on the school’s clocks is extremely accurate, then this time discrepancy will have less of an impact of a high school’s overall schedule. Upon eliminating this time dissimilarity, the amount of students late for class can go down and the overall amount of students who are penalized for nocuous activity can go down as well.

Sapling’s master clock can receive accurate time from any NTP server or GPS satellite. Another feature that Sapling’s master clock comes with is the ability to display a countdown in between classes for the roaming students. While the classes of a high school are switching, the time on the clocks will display a countdown on the display instead of the time. This will let student know exactly how long they have to get from one class to another.

Punctual students make it easier for the teachers of the high school to get through their entire lesson plan. They can start their lessons without being interrupted and they do not have to punish the student(s) for being late. With the assistance of The Sapling Company and the addition of their synchronized clock systems, both teachers and students will have a less hectic day.

Thanks to Sapling Clocks for the article.

Manufacturing Made Easy with Saplings Synchronized Clock Systems

The production department in any company typically runs hand in hand with the company’s overall success. If the manufactures cannot produce goods fast enough then the company’s customer satisfaction will plummet if demand is not met in a timely fashion. The speed in which these manufacturers can produce a product relies heavily on their time management skills. If a manufacturer is not efficient in his or her time management then they will simply fall behind schedule. Emerging technologies has provided new growth for the efficiency of manufacturing plants. With the help of a synchronized time keeping system, a manufacturing plant can become more efficient than ever.

A hold up in production is a recurring problem faced by manufacturers today. A bottleneck in the line can backup each subdivision of the plant. This can be detrimental to the quota that must be met for any particular day. In order to help avoid backup during production and missed quotas, a synchronized time keeping system should be installed. These integrated time keeping systems will help ensure that each stage of production is on time, and every part of the operation is moving forward as desired.

The Sapling Company specializes in synchronized clock systems. The synchronization of time and the ability to easily manage the time system can be an enormous benefactor to any manufacturing plant. Even though these production plants are usually in big warehouses, Sapling’s synchronized wireless clock system can be easily installed to accommodate a building of any size or number of floors.

Within a Sapling wireless system, a master clock is first installed into the establishment. After configuring the master clock to your desired settings, it will send the time signal to the clocks in the plant. The clocks each contain a built-in repeater which allows them to receive the signal and then repeat it to neighboring clocks. This feature permits the master clock to be less expensive than our competitors whose clocks need a lot more power to reach all of the clocks within a facility.

Sapling’s wireless clock system can assist a production manager record the time the spent on assembly by employees and an accurate read of when products are going to be shipped. This is essential when management is deciding where and when to allocate their resources. Sapling prides itself on the reliability and innovation of its synchronized clock systems. In regards to questions or any additional information, please visit our website or contact us.

Thanks to Sapling for the article.

Timing Behind the Scenes – Hospital Transportation Department

Hospital examination rooms, the ER and the various operating rooms are always filled with patients looking to recover from their ailments or diseases, recovering all the way to full health. Hospitals and their employees provide the place and care for these patients to become full operational people. The need to go to several different areas of the hospital facility throughout the day, to get examined or x-rays performed, is necessary in order to heal the ailments. Most of these patients, however, won’t be able to maneuver from certain areas of the hospital to others. They need assistance to get around; this is where the hospital’s transportation department comes into play.

As you know, a hospital’s employees are pivotal to the daily operations of a hospital. Doctors and nurses are involved with performing surgeries, administering medications and prescription drugs, or providing the best overall care to patients that they can. These are obviously large responsibilities, but they couldn’t be done without the help of dozens of other employees behind the scenes. The transportation crew is definitely one of these outstanding resources. These people use wheel chairs, push gurneys or movable beds to pound the tile floor for miles a shift, transporting the patients to where they need to be on time.

Furthermore, their personal interaction with these patients cannot be understated. Many times, providing a comforting hand helps eases the stress and nerves contained by the patient. This will also benefit the doctors and nurses, making their job a little bit easier.

Something that makes every hospital employee’s jobs a bit better is a Sapling synchronized clock system. Providing the most accurate time that’s in sync with every other room in the hospital is quite beneficial: medicine can be administered at the proper time, accurate record keeping can occur and the hospital transportation crew will limit, if not eliminate miscommunication, and always bring the patient to the room they need to be in at the correct time.

Thanks to Sapling for the article.

Sapling Introduces New Slim Line Analog Clocks!

Sapling Introduces New Slim Line Analog Clocks!

As a part of our commitment to innovation, Sapling is proud to introduce our new Slim Line Analog Clocks featuring a lower profile, ABS case. The Slim Line Analog Clocks are offered with a black case, a brushed aluminum finish, or a wooden case and are available with all four (IP, Wired, Wireless, and TalkBack) Sapling synchronized clock systems!

Highlights of the new Slim Line Analog Clocks include:

  • More case options!
  • Solid Wood Case with Cherry Finish
  • Brushed Aluminum Finish
  • New and easier wall mount installation
  • Available in 9″, 12″ and 16″ diameter
  • Black Slim Line Analog Clock and Brushed Aluminum Slim Line Analog Clock can be used with the new Sapling Time Zone Clock
  • Shatterproof polycarbonate crystal with flatter front design
  • Stylish dial and hands options

Sapling’s Slim Line Analog Clocks are expected to be available by the fourth quarter of 2015.

Thanks to Sapling for the article.