#WATERLOO BIG CLOCK SERIES#

This kit allows you to use large hands up to three and half feet wide. One of our most popular products is our large wall clock kit. The Kits and Assortments category not only provide you with the special elements for your project but also bring forth your additional creative ideas so that you can add the finishing touches to any project or create a new project. Please view the video to see the complete line of options you have. They easily fit into a clock case with a pre-drilled hole. All of our inserts come complete as one self contained component hands, dial, lens and bezel. We have just released our new premium line of inserts. Our selection of inserts stands out from the competition both in quality and diversity. These insert components allow for a contemporary design within a project. Fitups opened a creative alternative for hobbyist and professionals. This page may stir your creativity and provide you with some additional project ideas.Ĭlock Inserts or Fit Ups were introduced to clock makers over 20 years ago. Please visit our dial face webpage to view all the different options we offer.

The dial face sizes we provide are the most popular and unique faces on the market.Īdditionally, we offer specialty dials to include plastic, round tin, 24 hour movement, and reverse time movement dials. We offer round metal dials to square dials. To meet the plethora of DIY designs we provide different dial faces. The selection allows you to select the perfect set of hands for your project.ĭifferent DIY projects require different dial face options. Our hand selection includes different size hands, shape and length.

#WATERLOO BIG CLOCK SERIES#

The selection includes Seiko continuous sweep second hands, a series of antique hands and hands for German high torque movements. We offer a large selection of hour, minute and second hands. A set of hands is both functional as it is cosmetic. We are always concern on how well we provide customer service to our patrons.Ĭertainly a key factor in building a clock is the choice of clock hands. A main focus point for us as a company is customer service. Our approach as a company goes beyond good engineering and design. We offer an extensive line of clock movements. There is no need to receive a radio broadcast. The Auto Set motor has the daylight saving time changes programmed into the motor so it occurs automatically. This motor allows our customers to build clocks that can be placed anywhere without the need for the movement to receive a time broadcast to display accurate time. Atomic movements’ receiver module and the AM signal broadcast has always been troublesome. The problem with the atomic movements was the reliability of their receiver module to receive the spring and fall time changes and, thereby, make the proper time adjustment. One reason high torque atomic motors were used in projects was because they automatically adjusted for the spring and fall time changes. This movement has eliminated the need for atomic movements. Throughout his presentation, Mo will showcase how these new clock network types can help architects reach their architectural goals while generating differentiation in silicon cost and power efficiency in an already crowded market segment.Our Auto Set movement is an example of this type of innovative approach. Mo Faisal, the CEO and Founder of Movellus, will examine how intelligent clock networks can usher in a new era of big chip design for AI and HPC applications. A new approach called intelligent clock networks, delivers an “ideal” clock close to the point of use, simplifying SoC designs and virtually eliminating overhead typically expended for clock distribution. Standard clock topologies that work well on small chips cannot scale to today’s very large chips. An optimized clock network can streamline data flow and raise on-chip interconnect bandwidth. As chips grow larger and approach reticle limits, clock paths also significantly lengthen, further complicating existing clocking problems such as skew and silicon variation (at finer process geometries).

Data can only move as far as one clock cycle allows. The clock network can be the ultimate gating factor or enabler in data flow on a chip. There is a lot of angst and discussion about this root cause, but an often-overlooked culprit is the clock network, one of the largest networks on an SoC.

Theoretical metrics such as TOPS frequently fail to predict real-world AI chip performance accurately and to varying degrees, typically overpromise and underdeliver.

Waterloo big clock